text:
What's In Your Poop? Suzanne Somers Breaking Through - CafeMom Studios!
What's In Your Poop? Suzanne Somers Breaking Through - Episode 3
Suzanne Somers is joined by guest Brenda Watson, C.N.C. to discuss a topic many moms are talking about - poop.
Find out what color it should be, how many times a day you should poop, and which foods and nutrients help with digestion.
Join us every Thursday to watch a new episode of Breaking Through with Suzanne Somers!
Were you aware of these issues?
Share your thoughts in the replies below!
If you liked this video, subscribe to CafeMom Studios for more...
It sure does!
If you think you might have food intolerances, what foods do you think are the culprit?
Quoting amonkeymom:
Eww... talking about poop. Bleh.
Cafe AmyS - to answer your questions, I do take probiotics & omega 3s but I don't chew very slowly. And, since I'm overweight, I might just have some unknown food intolerances.... hmmm, gives you something to think about.
Really? I've never tried spelt, though I see it all the time at Whole Foods and even give it away at the food bank when I volunteer.
Quoting KPrice777:
Very interesting, knew most of that for years but glad someone's talking about it! Btw spelt is a wonderful grain that's easier to digest we love it!
What foods do you have intolerances with? For me, there are two I know for sure... potatoes and cheese, specifically when they're served together.
Quoting bamababe1975:
Um, what a nice subject to start the day with, lol. But, I do know that changes occur with my food intolerances and when I avoid those things and eat the right foods for my body, things are more normal.
Although not always a pleasant subject, always an important one. I love Suzanne and appreciate her straight forwardness.

subset: commoncrawl


text:
Meir Sifen
Shared publicly -People need to start using Google+, its so much fucking better than Facebook!!!
3 comments
Myspace still wins any day though
Add a comment...
Pinch Hitter: Home Run Hero www.mousebreaker.com What score can you get from 5 balls in this top down baseballing game? Watch out - every foul or fly ball will halve your score... |


text:
Today my friend Sean pointed me in the direction of Kevin Collier's awesome continuing series, Get To Know an Internet Commenter, over on McSweeney's. As the site describes the series: "Kevin Collier searches the Internet for people who comment a lot, then copies and pastes a fair representation of their output."
Comments are so often seen as ephemeral that it's awesome to see them put under the magnifying glass and admire the individual portraits of people that emerge. Of the eleven commenters profiled, some of my favorites include:
EPG Mr. Justin MD's Yahoo Answers
Answer to "is lime wire illegal?
"Limewire is not illegal. From the way i see it Limewire is a free source to download music you can download the music you just cant sell it again and say its yours. like if your just putting music on your Ipod then that's okay"Source cited:
I use Limewire
Answer to "Can i have and example of a palindrome sentence?"
"A Palindrome Is Anything That Can Be Spelled Backwards (Example) Nebraska-Aksarben"
Profitendieu's opinions on MSNBC stories:
On BIEBER 'SOMETIMES' NERVOUS AROUND THE LADIES:
"What a talentless douche. he makes me want to vomit."On 'BIEBER FEVER' STRIKES ROCKEFELLER PLAZA:
"That brat makes me want to vomit. vomit. vomit. vomit."On BIEBER GETS BEST NEW ARTIST NOD FOR BET AWARDS:
"This brat makes me want to vomit. Vomit! Vomit! Vomit!"On BIEBER TRIES TO CALM FANS AFTER DEATH THREATS:
"Justin Bieber makes me want to vomit. A singing fetus desperately seeking attention at every turn. Bleckkk!"
SIFI GUY's movie reviews at Rottentomatoes.
Review of She's Out of My League:
"Gay."Review of Alice in Wonderland:
"Retarded."Review of Up:
"UP yours."Review of Armageddon:
"Not awful."


text: Ecology Ottawa Annual Dinner Type of Inter-Sectoral Forums initiative Title Ecology Ottawa Annual Dinner Brief October 11, 2012 is the 6th Ecology Ottawa Annual Dinner, increasingly an anticipated Description "gotta-be there" forum for Ottawa area environmental movers and shakers. The event has grown year by year and attracts influential sustainability innovators active not only in the local scene but nationally and internationally as well. 2011 dinner attendees included city of Ottawa staff, the Mayor and city councillors, members of the Ottawa Chamber of Commerce's environment committee, local labour groups, environmental organizations, renewable energy businesses, etc. Many now see the annual event not only as a chance to celebrate progress but also to connect with others working in the field. The event has sold out every year. Anticipated Outcomes and impacts: While the principal aim of the Ecology Ottawa Annual Dinner is Benefits to celebrate the growing environmental community in Ottawa, the influence of the event goes well beyond that. Attendees from Ontario's expanding renewable energy sector rub shoulders with Ottawa CleanTech sector entrepreneurs and committed community organizers and leaders. At the same time that money is being raised to enable the important work of Ecology Ottawa, new relationships are being forged and opportunities for collaboration are discussed and successes recognized. Metrics for assessing success: Three measures of success are in place. Attendance (which has grown year by year), funds raised (which similarly has increased with each event), and finally networking contacts achieved (to date a measure only taken anecdotally). Replicability/scaleability: As shown by the fact that the 2012 event will be the 6th Ecology Ottawa Annual Dinner, the initiative has proven its replicability. The 2011 event was significantly larger than the previous year and the 2012 version is planned to continue this impressive growth; hence scalability too is shown to be achievable. Status as of Planning for the 2012 Ecology Ottawa Annual Dinner has already begun. The Saint Elias Apr 10 2012 Hall is booked for October 11 for this year's event, allowing for hundreds more attendees, elbow room, and increased networking opportunities. The dinner will highlight local food and local farms in both the meal and the information presented. The extensive volunteer base that supported the 2011 event has been kept informed of Ecology Ottawa activities since last year's event and are predisposed to join in again in supporting the 2012 event. Two planning meetings have been held and arrangements are underway. We hope to sell 400 tickets to this year's dinner. Key needs Early commitments for corporate/organizational purchase of an entire table worth of tickets, sponsorships, silent auction items, local food donations, groups that would like information tables at the event; help to increase the number of tickets sold to 500-600. Contacts Janice Ashworth Ecology Ottawa staff community organizer 613-860-5353 email@example.com


text:
Why is equality between the sexes so rare in human societies?
For anthropology
1 Answer | Add Yours
We cannot know this for sure because human behavior cannot be objectively understood. However, the most likely reason for this is because our societies have until very recently been shaped by natural forces and have been dependent on physical strength.
In past societies, we have had much less control over nature. We have not had machines to make our lives easier. We have not had birth control to allow women or couples to regulate when they have children. This forced societies to develop in ways that took these factors into account. Men and women came to have different roles because male strength was needed for many things and because women were often pregnant or nursing.
Out of these different roles arose ideologies about the respective natures of men and women. These ideologies are fading in today's technologically advanced world, but they have not faded yet because we have only been very technologically advanced for a relatively short time.
Join to answer this question
Join a community of thousands of dedicated teachers and students.
Join eNotes


text:
US 20020036775 A1 Abstract A method of optical detection of characteristic quantities of an illuminated specimen comprising detecting a signal that is backscattered, reflected and/or fluoresced and/or transmitted from the specimen by a spatially resolving detector wherein radiation coming from the specimen is imaged on the detector, shifting the position of the radiation which is measured in a spatially resolved manner relative to the detector and determining intermediate values by an algorithm from the signals measured in different shifts for purposes of increasing the spatial resolution of the detector. An arrangement for performing the method is also disclosed.
Claims(90) 1. A method of optical detection of characteristic quantities of an illuminated specimen, comprising:
detecting a signal that is backscattered, reflected and/or fluoresced and/or transmitted from the specimen by a spatially resolving detector wherein radiation coming from the specimen is imaged on the detector; shifting the position of the radiation which is measured in a spatially resolved manner relative to the detector; and determining intermediate values by an algorithm from the signals measured in different shifts for purposes of increasing the spatial resolution of the detector. 2. The method according to
3. The method according to
4. The method according to
5. The method according to
6. The method according to
7. The method according to
8. The method according to
9. The method according to
10. The method according to
11. The method according to
12. The method according to
13. The method according to
14. The method according to
15. The method according to
16. The method according to
17. The method according to
18. The method according to
19. The method according to
20. The method according to
21. The method according to
22. The method according to
23. The method according to
24. The method according to
25. The method according to
26. The method according to
27. The method according to
28. The method according to
29. The method according to
30. The method according to
31. The method according to
32. The method according to
33. The method according to
34. The method according to
35. The method according to
36. The method according to
37. The method according to
38. The method according to
39. The method according to
40. The method according to
41. The method according to
42. The method according to
43. The method according to
44. The method according to
45. The method according to
46. The method according to
47. An arrangement for optical detection of characteristic quantities of an illuminated specimen, comprising:
a detector for detecting a signal that is backscattered, reflected and/or fluoresced and/or absorbed from the specimen, said detector being a spatially revolving detector wherein radiation coming from the specimen is imaged on the detector; means for imaging a radiation signal that is backscattered, reflected and/or fluoresced and/or absorbed from the specimen, on the detector; means for shifting the position of the radiation which is measured in a spatially resolved manner relative to the detector; and means for determining intermediate values using an algorithm from the signals measured in different shifts for purposes of increasing the spatial resolution of the detector. 48. The arrangement according to
49. The arrangement according to
50. The arrangement according to
51. The arrangement according to
52. The arrangement according to
53. The arrangement according to
54. The arrangement according to
55. The arrangement according to
56. The arrangement according to
57. The arrangement according to
58. The arrangement according to
59. The arrangement according to
60. The arrangement according to
61. The arrangement according to
62. The arrangement according to
63. The arrangement according to
64. The arrangement according to
65. The arrangement according to
66. The arrangement according to
67. The arrangement according to
68. The arrangement according to
69. The arrangement according to
70. The arrangement according to
71. The arrangement according to
72. The arrangement according to
73. The arrangement according to
74. The arrangement according to
75. The arrangement according to
76. The arrangement according to
77. The arrangement according to
78. The arrangement according to
79. The arrangement according to
80. The arrangement according to
81. The arrangement according to
82. The arrangement according to
83. The arrangement according to
84. The arrangement according to
85. The arrangement according to
86. The arrangement according to
87. The arrangement according to
88. The arrangement according to
89. The arrangement according to
90. The arrangement according to
Description [0001] This application claims priority of provisional application Ser. No. 60/230,343, filed Sep. 6, 2000 and German Application No. 100 38 528.1, filed Aug. 8, 2000, the complete disclosures of which are hereby incorporated by reference. [0002] a) Field of the Invention [0003] The invention is directed to a method and an arrangement in fluorescence microscopy, particularly laser scanning microscopy, fluorescence correlation spectroscopy, and nearfield scanning microscopy, for examination of predominantly biological specimens, preparations and associated components. This includes methods for screening active ingredients based on fluorescence detection (high throughput screening). The transition from the detection of a few broad-spectrum dye bands to the simultaneous acquisition of whole spectra opens up new possibilities for the identification, separation and allocation of mostly analytic or functional specimen characteristics to spatial partial structures or dynamic processes. Therefore, simultaneous examination of specimens with multiple fluorophores with overlapping fluorescence spectra are even possible in three-dimensional or spatial structures of thick specimens. The spectral and spatial resolution of the detection unit is increased by means of the arrangement. [0004] b) Description of the Related Art [0005] A typical area of application of light microscopy for examining biological preparations is fluorescence microscopy (Pawley, �Handbook of Biological Confocal Microscopy�; Plenum Press 1995). In this case, determined dyes are used for specific labeling of cell parts. [0006] The irradiated photons having a determined energy excite the dye molecules, through the absorption of a photon, from the ground state to an excited state. This excitation is usually referred to as one-photon or single-photon absorption (FIG. 1a). The dye molecules excited in this way can return to the ground state in various ways. In fluorescence microscopy, the most important is the transition with emission of a fluorescence photon. Because of the Stokes shift, there is generally a red shift in the wavelength of the emitted photon in comparison to the excitation radiation; that is, it has a greater wavelength. Stokes shift makes it possible to separate the fluorescence radiation from the excitation radiation. [0007] The fluorescent light is split off from the excitation radiation by suitable dichroic beam splitters in combination with blocking filters and is observed separately. This makes it possible to show individual cell parts that are dyed with different dyes. In principle, however, several parts of a preparation can also be dyed simultaneously with different dyes which bind in a specific manner (multiple fluorescence). Special dichroic beam splitters are used again to distinguish the fluorescence signals emitted by the individual dyes. [0008] In addition to excitation of dye molecules with a high-energy photon (single-photon absorption), excitation with a plurality of low-energy photons is also possible (FIG. 1b). The sum of energies of the single photons corresponds approximately to a multiple of the high-energy photon. This type of excitation of dyes is known as multiphoton absorption (Corle, Kino, �Confocal Scanning, Optical Microscopy and Related Imaging Systems�; Academic Press 1996). However, the dye emission is not influenced by this type of excitation, i.e., the emission spectrum undergoes a negative Stokes shift in multiphoton absorption; that is, it has a smaller wavelength compared to the excitation radiation. The separation of the excitation radiation from the emission radiation is carried out in the same way as in single-photon excitation. [0009] The prior art will be explained more fully in the following by way of example with reference to a confocal laser scanning microscope (LSM) (FIG. 2). [0010] An LSM is essentially composed of four modules: light source, scan module, detection unit and microscope. These modules are described more fully in the following. In addition, reference is had to DE19702753A1. [0011] Lasers with different wavelengths are used in an LSM for specific excitation of different dyes in a preparation. The choice of excitation wavelengths is governed by the absorption characteristics of the dyes to be examined. The excitation radiation is generated in the light source module. Various lasers (argon, argon/krypton, Ti:Sa lasers) are used for this purpose. Further, the selection of wavelengths and the adjustment of the intensity of the required excitation wavelength is carried out in the light source module, e.g., using an acousto-optic crystal. The laser radiation subsequently reaches the scan module via a fiber or a suitable mirror arrangement. [0012] The laser radiation generated in the light source is focussed in the preparation in a diffraction-limited manner by means of the objective (2) via the scanner, scanning optics and tube lens. The focus scans the specimen in a point raster in x-y direction. The pixel dwell times when scanning over the specimen are mostly in the range of less than one microsecond to several seconds. [0013] In confocal detection (descanned detection) of fluorescent light, the light emitted from the focal plane (specimen) and from the planes located above and below the latter reaches a dichroic beam splitter (MDB) via the scanner. This dichroic beam splitter separates the fluorescent light from the excitation light. The fluorescent light is subsequently focused on a diaphragm (confocal diaphragm/pinhole) located precisely in a plane conjugate to the focal plane. In this way, fluorescent light components outside of the focus are suppressed. The optical resolution of the microscope can be adjusted by varying the size of the diaphragm. Another dichroic blocking filter (EF) which again suppresses the excitation radiation is located behind the diaphragm. After passing the blocking filter, the fluorescent light is measured by means of a point detector (PMT). [0014] When using multiphoton absorption, the excitation of the dye fluorescence is carried out in a small volume at which the excitation intensity is particularly high. This area is only negligibly larger than the detected area when using a confocal arrangement. Accordingly, a confocal diaphragm can be dispensed with and detection can be carried out directly following the objective (non-descanned detection). [0015] In another arrangement for detecting a dye fluorescence excited by multiphoton absorption, descanned detection is carried out again, but this time the pupil of the objective is imaged in the detection unit (nonconfocal descanned detection). [0016] From a three-dimensionally illuminated image, only the plane (optical section or slice) located in the focal plane of the objective is reproduced by the two detection arrangements in connection with corresponding single-photon absorption or multiphoton absorption. By recording or plotting a plurality of optical slices in the x-y plane at different depths z of the specimen, a three-dimensional image of the specimen can be generated subsequently in computer-assisted manner. [0017] Accordingly, the LSM is suitable for examination of thick preparations. The excitation wavelengths are determined by the utilized dye with its specific absorption characteristics. Dichroic filters adapted to the emission characteristics of the dye ensure that only the fluorescent light emitted by the respective dye will be measured by the point detector. [0018] Currently, in biomedical applications, a number of different cell regions are labeled simultaneously by different dyes (multifluorescence). In the prior art, the individual dyes can be detected separately based on different absorption characteristics or emission characteristics (spectra) (FIG. 3a). For example, emission signals are plotted over wavelength for different dyes (1-4). For separate detection, an additional splitting of the fluorescent light of a plurality of dyes is carried out with the secondary beam splitters (DBS) and a separate detection of the individual dye emissions is carried out in separate point detectors (PMT x). With the arrangement described above, it is impossible for the user to flexibly adapt detection and excitation to corresponding new dye characteristics. Instead, new dichroic beam splitters and blocking filters must be created for every (new) dye. In an arrangement according to WO9507447, the fluorescent light is split spectrally by means of a prism. The method differs from the above-described arrangement with dichroic filters only in that the characteristic of the utilized filter is adjustable. However, it is still preferable to record the emission band of a dye by point detector. [0019] Fast local measurement of the emission spectrum is possible only conditionally with the two arrangements, since the adjustment of the emission range relies on mechanical movements of the dichroic filter and diaphragms and the maximum spectral resolution is therefore limited to some 5 nm. A high spectral resolution is needed, for example, when the emission spectra overlap as is shown in FIG. 3b. FIG. 3b shows behavior of this kind in the two naturally occurring dyes CFP and GFP. These dyes are particularly suited to examination of living preparations because they have no toxic effect on the specimens to be examined. [0020] When the position of the emission spectrum of the utilized dyes is unknown or when a shift occurs in the emission spectrum depending on environment (FIG. 3c), high-resolution detection of the dye fluorescence is necessary. The wavelength shift can amount to several times 10 nm. Spectrometers are also currently used in combination with an LSM to measure the emission spectrum in the specimen. In so doing, a conventional, usually high-resolution spectrometer is used instead of a point detector (Patent: Dixon, et al. U.S. Pat. No. 5,192,980). However, these spectrometers can record an emission spectrum only point by point or as an average over a region. Thus, this is a type of spectroscopy. In addition, the usually weak fluorescence signal of the specimen is distributed to a large quantity of individual channels in the spectrometer (usually 512 or 1024 individual channels) or a narrow fluorescence band is detected corresponding to the spectral resolution. Therefore, the signal per individual channel is extremely small and in some cases is not detectable. [0021] Line scanners, as they are called, are also used according to the prior art in place of point scanners (Corle, Kino, �Confocal Scanning Optical Microscopy and Related Imaging Systems�; Academic Press 1996). The basic construction essentially corresponds to that of an LSM according to FIG. 2. However, instead of a point focus, a line is imaged in the focus and the specimen to be examined is scanned in only one direction. A slit diaphragm is used as confocal diaphragm instead of a pinhole diaphragm in a construction of this kind. Non-descanned detection can also be carried out with this arrangement using multiphoton absorption. The confocal diaphragm can again be omitted in this case. Usually, a CCD line with 1024 or more image points is used for detection. The image acquisition rate is increased considerably by scanning a line instead of a point. This scanning method can accordingly be used for observation of fast-running processes in real time. [0022] It is disadvantageous in the methods according to the prior art that the line detector must usually be read out sequentially, so that increased readout noise can result at fast readout rates. [0023] Therefore, the primary object of the invention is novel methods for efficient, spectrally and spatially high-resolution detection of fluorescent dyes. These methods should be usable in image-generating and analytic microscope systems. The microscope systems are image-generating systems such as laser scanning microscopes for three-dimensional examination of biological preparations with an optical spatial resolution of up to 200 nm, nearfield scanning microscopes for high-resolution examination of surfaces with a resolution of up to 10 nm, fluorescence correlation microscopes for quantitative determination of molecular concentrations and for measuring molecular diffusions. Also included are methods based on fluorescence detection for screening dyes. [0024] In all of the systems mentioned above, fluorescent dyes are used for specific labeling of the preparations. The objectives mentioned above are met by methods and arrangements according to the independent patent claims. Preferred further developments are indicated in the dependent claims. [0025] In accordance with the present invention, a method of optical detection of characteristic quantities of an illuminated specimen comprising detecting a signal that is backscattered, reflected and/or fluoresced and/or transmitted from the specimen by a spatially resolving detector wherein radiation coming from the specimen is imaged on the detector, shifting the position of the radiation which is measured in a spatially resolved manner relative to the detector and determining intermediate values by an algorithm from the signals measured in different shifts for purposes of increasing the spatial resolution of the detector. [0026] In the drawings: [0027]FIG. 1a illustrates one-photon absorption of a specmen; [0028]FIG. 1b illustrates illumination of a specimen with a plurality of low energy photons producing multiphoton absorption; [0029]FIG. 2 illustrates a known construction in block diagram form of a confocal laser scanning microscope; [0030]FIGS. 3a, 3 b and 3 c illustrate typical spectra for a) dyes, b) fluorescent proteins, and c) wavelength shift as a function of environment; [0031]FIGS. 4a and 4 b illustrate typical spectra with radiometric measurements; [0032]FIG. 5 is a block diagram showing detector-optics construction; [0033]FIG. 6 is a block diagram showing an example of detector unit/optics construction; [0034]FIG. 7 is a block diagram of detector unit/optics construction for a line scanner; [0035]FIG. 8 is an example of the optics of detector unit construction for a line scanner; [0036]FIGS. 9a, 9 b and 9 c illustrate switching elements; [0037]FIG. 10 illustrates an algorithm of a pixel shift and calculated sub-pixels; [0038]FIGS. 11a and 11 b graphically shows potential spectral resolution and desired pixel resolution respectively; [0039]FIG. 12 illustrates a block diagram example for construction of electronics; and [0040]FIGS. 13a and 13 b show spectrum and image examples, respectively. [0041] Both methods for increasing spectral and spatial detector resolution are described individually in the following. [0042] The method according to the invention is based on a spectrally split detection of fluorescence. For this purpose, the emission light is split from the excitation light in the scan module or in the microscope (with multiphoton absorption) by means of an element for separating the excitation radiation from the detected radiation, such as the main color splitter (MDB) or an AOTF according to 7346DE or 7323DE. With transmitted-light arrangements, this type of element can also be entirely omitted. A block diagram of the detector unit to be described is shown in FIG. 5. With confocal detection, the light L from the specimen is focused through a diaphragm (pinhole) PH by means of imaging optics PO, so that fluorescence occurring outside of the focus is suppressed. In non-descanned detection, the diaphragm is omitted. The light is now divided into its spectral components by means of an angle-dispersive element DI. The angle-dispersive elements can be prisms, gratings and, e.g., acousto-optic elements. The light which is split into its spectral components by the dispersive element is subsequently imaged on a line detector DE. This line detector DE measures the emission signal S as a function of wavelength and converts it into electrical signals. By means of a wavelength scanner WS according to the invention, which will be described more fully in the following, the position of the fluorescence spectrum relative to the line detector can be shifted in a defined manner by a distance d1 by displacement of the PMT in FIG. 6 or by swiveling a grating or mirror by a rotational angle phi (FIG. 6, among others). In addition, a line filter for suppressing the excitation wavelengths can be arranged in front of the detection unit. [0043] A possible embodiment form of the optical beam path of the detector unit shown in the block diagram in FIG. 5 is shown in FIG. 6. The construction is essentially a Czemy Turner construction. In confocal detection, the light L from the specimen is focused through the confocal diaphragm PH by the pinhole optics PO. With non-descanned detection in case of multiphoton absorption, this diaphragm can be omitted. The first imaging mirror M2 collimates the fluorescent light. Subsequently, the light strikes a line grating G, for example, a grating with a line number of 651 lines per mm. The grating bends the light in different directions corresponding to its wavelength. The second imaging mirror M1 focuses the individual spectrally split wavelength components on the corresponding channels of the line detector DE. The use of a secondary electron multiplier array by Hamamatsu H7260 is especially advantageous. The detector has 32 channels and high sensitivity. The free spectral region of the embodiment form described above is approximately 350 nm. In this arrangement, the free spectral region is uniformly distributed to the 32 channels of the line detector resulting in an optical resolution of approximately 10 nm. Therefore, this arrangement is suitable for spectroscopy only conditionally. However, its use in an image-generating system is advantageous because the signal per detection channel is still relatively large due to the relatively broad detected spectral band. A shift of the fluorescence spectrum can be carried out, for example, by rotating the grating, M1, M2, by angle phi and/or by a displacement of the line receiver in the direction of the wavelength split by d1 (see Figure). This corresponds to an advantageous construction of the above-mentioned wavelength scanner WS. [0044] Another possible embodiment form could consist in the use of a matrix detector (e.g., a CCD matrix). In this case, splitting in the drawing plane into different wavelength components is carried out in a coordinate through the dispersive element G. A complete line (or column) of the descanned image is imaged on the matrix detector in the direction perpendicular to the drawing plane. This embodiment form is particularly advantageous in the construction of a line scanner. The basic construction essentially corresponds to that of an LSM according to FIG. 2. However, instead of a point focus, a line, as shown in dashes, is imaged in the focus, for example, through a cylindrical lens ZL, and the specimen to be examined is scanned in only one direction. A slit diaphragm is used as confocal diaphragm instead of a pinhole diaphragm in a construction of this kind. Non-descanned detection can also be carried out with this arrangement as is shown in FIG. 2, especially when using multiphoton absorption. Further, the slit diaphragm can be omitted with multiphoton absorption. [0045] The method for increasing the spatial resolution of the detector, preferably in a method for real-time image generation, is based on line-type excitation and detection of the specimen (line scanner). The emission light is split from the excitation light in the scan module or in the microscope (with multiphoton absorption), for example, by means of the main color splitter (MDB). A block diagram of the detector unit to be described is shown in FIG. 7. With confocal detection, the light from the specimen is focused through a slit diaphragm PHI by means of imaging optics PO, so that fluorescence occurring outside of the focus is suppressed. In non-descanned detection, the diaphragm is omitted. The light can now also be imaged on the line detector DE by means of a mirror SP, shown in FIG. 8, which is located in a plane pupil of the optical illumination arrangement) which is optically conjugated to the scanning mirrors x/y. [0046] In this case, there is no dispersive splitting; rather, a broad-band detection of the fluorescent light is carried out by means of the detection unit, wherein the spatial resolution is realized along the scanning line by means of the detector. [0047] By means of mirror SP, the position of the fluorescence line relative to the line detector can be shifted in a defined manner by d1 (position scanner WS). Thus, this line detector DE measures the emission signal as a function of the position in which the excitation takes place in the specimen and converts it into electrical signals. In addition, a line filter (not shown) for suppressing the excitation wavelengths is advantageously arranged in front of the detection unit. Further, splitting of the fluorescence signals of different dyes by corresponding dichroic filters according to the prior art and separate detection of the fluorescence signals with different detection devices is part of the present invention. [0048] A possible embodiment form of the optical beam path of the detector unit shown in the block diagram in FIG. 7 is shown in FIG. 8. With confocal detection, the light L from the specimen is focused through the confocal slit diaphragm PHS by the pinhole optics PO. In non-descanned detection in case of multiphoton absorption, this diaphragm can be omitted. The first imaging mirror M2 collimates the fluorescent light. Subsequently, the light impinges on another plane mirror SP. The mirror SP is located in a pupil of the optical illumination device and is mounted so as to be rotatable. The second imaging mirror M1 focuses the scan line on the corresponding channels of the line detector DE. The use of a secondary electron multiplier array by Hamamatsu H7260 is especially advantageous. The detector has 32 channels and has high sensitivity. Further, the signal per detection channel is still relatively large due to the relatively broad detected line segment. A shift of the scan line can be carried out, for example, by rotation of the mirror SP about an axis vertical to the scan line along the y-coordinate at PMT and parallel to the mirror plane, of M1, of M2 by phi and/or by displacement of the line receiver by d1. This corresponds to the position scanner WS mentioned above. Non-descanned detection, especially using multiphoton absorption, can also be carried out with this arrangement as is shown in FIG. 2. Further, the slit diaphragm can be omitted with multiphoton absorption. [0049] When the scan line lies along the X-axis, for instance, the scanner can take over the position scan WS by d1. In this case, the mirror SP in FIG. 8 would be stationary. In so doing, the scan line is moved in the specimen along the x-axis rather than relative to the detector by means of WS. Both movements are basically identical. In this case, the y-scanner moves the line along the y-axis over the preparation. The functions of the x-axis and y-axis can also be reversed. [0050] The advantage of the latter variant consists in that it is possible to switch between a point-scanning LSM with high spectral resolution (by dispersive splitting according to FIGS. 5 and 6) and a line-scanning with low spectral resolution but with high scanning speed (according to FIGS. 7 and 8), wherein the same detection can be resorted to each time. For this purpose, for example, a switching element at which both optical elements are located is advantageously arranged instead of the mirror or grating. When switching from the point scanner to the line scanner, a cylindrical lens ZL shown in FIG. 2 is introduced into the beam path between MDB and the laser input-coupling in the scan module for forming a scan line, the pinhole is changed to or exchanged for a slit diaphragm, and the mirror SP is rotated in. FIG. 9 shows different arrangements for the construction of the switching element G/SP. FIG. 9a shows a rotatable element on which a mirror is located on the front side and a grating is located on the back. FIG. 9b shows a rotatable arrangement with 2 gratings and a mirror. The potential spectral resolution of the detection unit can be varied by using several gratings. FIG. 9c shows an arrangement in which G/SP is displaced vertically (or horizontally when the arrangement is rotated 90�) and which is fitted with a grating in the top part and a mirror in the bottom part. A combination of the arrangements shown in FIG. 9 is part of the invention without limitation. [0051] In another possible embodiment form, a matrix detector (e.g., a CCD or an 8 8 PMT matrix, Hamamatsu H7546) can be used. This embodiment form is particularly advantageous in the construction of a spectrally high-resolving real-time line scanner. For this purpose, a grating is used again instead of the mirror SP in FIG. 8 and spectrally splits the fluorescent light vertical to the grating lines in the drawing plane and images it along a coordinate of the matrix detector. A complete line (or column) of the scanned image is imaged on the matrix detector in the direction perpendicular to the drawing plane. The scan line is oriented parallel to the grating lines. The rotation of the grating can be carried out about the vertical axis, i.e., perpendicular to the drawing plane, to increase the spectral resolution of the detector. An additional rotation about a horizontal axis which extends in the grating plane and vertical to the grating lines can serve to increase the spatial resolution of the detector in that the scan line is moved over the detector by swiveling the grating. [0052] When the scan line lies along the X-axis, for example, the x-scanner can take over the position scan WS by d1. In this case, the grating in FIG. 8 would preferably be stationary in its horizontal tilt. The y-scanner moves the scan line over the preparation along the y-axis in this case. In another embodiment form, the grating can also remain stationary in its horizontal and vertical tilt. The position scan for increasing the spatial resolution is further carried out by means of the x-scanner. An increase in the spectral resolution of the detector is not carried out in this case. The functions of the x- and y-axes can also be reversed. [0053] The spectral and spatial resolution in the optical arrangements shown above are determined by the size and quantity of individual channels. In the embodiment forms described above, each individual channel detects a spectral band of the emission spectrum with a spectral width of approximately 10 nm. On the other hand, the potential spectral resolution of the spectrometer arrangement (Δλ) is 1.5 nm because of the grating that is used. When the arrangements described above are applied in a line scanner, each individual channel detects the sum of 512/32=16 individual image points with a required pixel resolution of 512 pixels, for example. [0054] In order to increase the spectral and spatial resolution of the detection unit by a factor n, the fluorescence spectrum or the scan line is shifted in n steps by a multiple of L/n in each instance, where L is the width of an individual channel. FIG. 10 shows schematically the different individual channels of the line detector, each in a line, to which N individual signals C correspond. For the line detector H7260 mentioned above, N=332. In the direction of the d1-axis, different positions of the detected signal (emission spectrum or scan line) are shown as a function of the wavelength scanner or position scanner described above. A shift (corresponding to WS) of the fluorescence spectrum or scan line can be carried out, as was already mentioned, by rotating the grating or mirror by an angle phi or by a displacement d1 of the detector. [0055] The measured signals of the individual channels are designated by Ckj (shown as blocks in FIG. 10), where k=1 . . . N is the channel number and j=0 . . . n−1 are the multiples of the shift L/n. If the signal does not drop at the edge of the detector, the last individual channel of the detector can be covered or masked (cut 5 out), shown in gray in FIG. 10, in such a way that only the width of L/n is available for measurement. This is necessary for preventing artifacts when calculating. [0056] For calculating N times n spectral values Sm, sums of individual channels are subtracted according to the following algorithm:
[0057] The spectral values and position values S (intermediate values) calculated in this way can subsequently be represented graphically on the displayed image, e.g., during a spectral scan. [0058]FIG. 11a shows the dependency of the detector resolution on the quantity of shifts n with reference to the spectrometer arrangement described above. For n=1, the spectral resolution of the detection unit is equal to the spectral resolution of an individual channel (L), that is, approximately 10 nm. The spectral resolution of the detection unit is 2 nm for a 5-times wavelength shift by L/5. The maximum spectral resolution that can be achieved is determined by the quantity of lines of the grating that is used. This maximum spectral resolution is reached according to the Nyquist sampling theorem precisely when the detector resolution is equal to half the potential resolution of the spectrometer arrangement This corresponds to a quantity as follows:[0059] and in this case is nmax=13. When the quantity of shifts is greater than nmax, the spectral components are sampled too often and there is no further increase in resolution. When n is less than nmax, too few spectral components are sampled and the resolution of the detection unit is determined by the detector. [0060]FIG. 11b shows the dependence of the spatial resolution of the detector upon the quantity of shifts. It will be seen that the resolution achieved with a 16-times position shift in a line scanner and a 32-channel detector is the same as the resolution achieved when using a line detector with 512 image points. The image acquisition rate was increased by a factor of 32 compared to the point scanner with the same image size and a constant integration time per image point. [0061] An arrangement for reading out the individual channels ck,j as a function of the rotational angle phi of the grating or mirror is shown schematically in FIG. 12. In this case, the current at the anode of the PMT is converted to voltage and amplified through the first amplifier A (connected as current-voltage converter). The voltage is fed to an integrator I which integrates the signal over a corresponding time (e.g., pixel dwell time). [0062] For faster evaluation, the integrator I can be followed by a comparator K which, as a simple comparator, has a switching threshold such that a digital output signal is generated when this threshold is exceeded or which is constructed as a window comparator and then forms a digital output signal when the input signal lies between the upper and lower switching threshold or when the input signal lies outside (below or above) the switching thresholds. The comparator or window comparator can be arranged before as well as after the integrator. Circuit arrangements without an integrator (so-called amplifier mode) are also possible. With the amplifier mode arrangement, the comparator K is also arranged after corresponding level matching. The output of the comparator K serves as a control signal for a switch register Reg which directly switches the active channels (online), or the state is conveyed to the computer via an additional connection V in order to make an individual selection of active channels (offline). The output signal of the integrator I is fed directly to another amplifier A1 for level matching for the subsequent analog-to-digital conversion AD. The A-D-converted values are transferred via suitable data transfer to a computer (PC or digital signal processor DSP). [0063] A change in the rotational angle phi or of the displacement d1 can be carried out imagewise after the recording or during the scanning of an image point or image line or image column. The mechanical requirements for the scanning speed of the wavelength scanner or position scanner (WS) depend on the type of adjustment of the rotational angle. If an image-point type increase in spectral or spatial detector resolution is carried out, for example, the scan must be carried out within the integration period for this image point (that is, in several microseconds). When the increase in detector resolution is carried out imagewise, the scan must be carried out within several millisecond to seconds. The sequence of adjustment of the rotational angle can be carried out, for example, with a 5-times shift, in the sequence j=0,2,4,3,1. In this case, there is a shift by j*L/5 (with respect to the initial position for j=0). This sequence has the advantage that intermediate values can be calculated and displayed already after the recording of the individual channels for j=0,2 and 4. The remaining individual channels are then measured for j=1,3 and the rest of the intermediate values are calculated and the resolution of the measured curve is accordingly further refined in a stepwise manner. [0064] In another arrangement according to FIG. 12, a manipulation or distortion of the input signals of the individual detection channels is carried out by means of a change in the gain or amplification of (A), a change in the integration times of (I), by inputting an additional offset before the integrator and/or by digital influence on the counted photons in a photon counting arrangement. [0065] In the arrangement described above, an integrator circuit was used to detect the individual channel signals. However, photon counting can also be carried out in the individual channels without limitation. [0066] The above-mentioned line detector or matrix detector by Hamamatsu has webs or crosspieces with a width of 0.2 mm between the adjoining individual channels. These crosspieces have a negative effect on the calculation algorithm and on the efficiency of the detection device. To prevent this effect, a microlens array according to the prior art can be arranged in front of the line detector or matrix detector. In addition, this lens array focuses the arriving light on the active areas (individual channels) of the line detector or matrix detector. Further, crosstalk between adjoining individual channels is minimized. [0067]FIG. 13 shows two applications of the method according to the invention. FIG. 13a 1) shows the recording of a fluorescence spectrum with the spectrometer arrangement without using the method for increasing the detector resolution. FIG. 13a 2) shows the spectrum of the identical dye, but this time using the method. The increase in spectral resolution at the separation of the laser line from the fluorescence is clearly visible. [0068] The image of a groove grating was measured by the 32-channel detector in FIG. 13b 1). The structure of the grating can be imagined only with difficulty because of the low spatial resolution of the detector. FIG. 13b 2) shows the same image section, but this time recorded with the method for increasing the spatial resolution of the detection unit. The structures are easily distinguishable. [0069] While the foregoing description and drawings represent the present invention, it will be obvious to those skilled in the art that various changes may be made therein without departing from the true spirit and cope of the present invention Referenced by
Legal Events
Rotate |


text:
Product prices and availability are accurate as of the date/time indicated and are subject to change. Any price and availability information displayed on Shop MLB.com at the time of purchase will apply to the purchase of this product.
by Photo File Display around the home or office. A great item for any baseball collector!. Price: $49.99
© Copyright 2015 - Christmas.com. All rights reserved and protected by Christmas Spirit


text:
Album: 40 More Reasons To Hate Us
Genre: Rock
In all your reviews you always talk about yourself
No one really cares how drunk or high you are
You always write about the dumbest fucking bands
It figures you live in Alston
You try and take over everything you're involved in
You started a new column because your camera got broken
Are you gonna start a new column
When I punch your face in?
Get the embed code
Note: When you embed the widget in your site, it will match your site's styles (CSS). This is just a preview!
Preview the embedded widget
Anal Cunt Lyrics provided by SongLyrics.com
Genres |
Top Lyrics |
SongLyrics |
Cannot annotate a non-flat selection. Make sure your selection starts and ends within the same node.
An annotation cannot contain another annotation.


text:
Originally published Monday, December 7, 2009 at 1:21 PM
Follow Mark Yuasa this weekend as he hits Puget Sound in search of king salmon. Find out where the fish are biting and what the folks are using to catch them as he updates his blog each afternoon when he's back on land.
Comments (0) E-mail article Print Share
Ohno not sure why Davis is upset with Colbert
Apolo Anton Ohno doesn't think Stephen Colbert is a jerk.
AP National Writer
Apolo Anton Ohno doesn't think Stephen Colbert is a jerk.
Responding to criticism of the mock pundit by U.S. speedskating star Shani Davis, Ohno said Monday he's amused by Colbert's antics - including a contrived feud with Olympic host Canada - and is glad that he stepped on board as the primary sponsor of the American team.
That effort has raised more than $250,000, nearly making up a shortfall that resulted when the previous sponsor went bust.
Last week, Davis, a 2006 gold medalist on the long track, called Colbert "a jerk," apparently in reference to the comedian making light of actual complaints that Canada has limited training time for foreign athletes at the Vancouver venues in hopes of gaining a home-ice advantage during the Olympics.
The host of "The Colbert Report" recently launched a letter-writing campaign urging the Canadians to quit being "ice-holes."
"I have not talked with Shani about that yet," Ohno said. "I don't know what his reasons were for saying that. I can't speak on his behalf, but it was an interesting comment."
Ohno, a two-time Olympian who has won two golds and five medals overall in short track speedskating, said he's a fan of Colbert.
"I think he's funny," Ohno said. "Our country is kind of in need of some humor right now, and it's all for a good cause."
What about Colbert's shots at Canada, which have included calling the neighbor to the north "syrup suckers?"
"It was a joke," Ohno said. "It was all in good fun. I just enjoy it."
U.S. Speedskating is certainly enjoying its relationship with Colbert, who offered his Web site to raise funds after Dutch bank DSB went bankrupt in October. In return, most American skaters are wearing the "Colbert Nation" logo on their suits and the comedian is getting a chance to have some fun.
In addition to the letter writing, Colbert recently brought out retired Olympic gold medalist Joey Cheek to put the Canadians near the top of his "On Notice" board.
Robert Crowley, executive director of U.S. Speedskating, said more than 8,500 individuals have gone on Colbert's Web site to make donations ranging from $1 to $5,000. The organization is just $50,000 from making up the $300,000 deficit caused by DSB's pullout.
"It's bringing great attention to our sport," Crowley said. "The man is brilliant. He sees the humor in all this."
Davis hasn't elaborated on his comments but he has ties to Canada from training out of Calgary in the past. Also, he's had past differences with U.S. Speedskating; though many of those issues have been resolved, he's still not an official member of the national program and doesn't wear Colbert's logo on his suit.
Neither does Ohno, but he said that's because he has his own primary sponsor, Alaska Airlines.
Katherine Reutter, the top American woman in short track, said there was some trepidation that Colbert might use the relationship to make fun of speedskaters. But she has no problem with what she's seen or heard so far.
"We all need to realize that we skate in tiny circles wearing spandex," she quipped. "That can be humorous at times."
NFL, union resume labor talks at mediator's office
Hundreds attend funeral for fallen Mich. player
Norway's Tarjei Boe wins men's biathlon at worlds
Crying is OK, but admitting it is apparently not
Tripoli ruled unsafe for international soccer
Entertainment | Top Video | World | Offbeat Video | Sci-Tech
general classifieds
Garage & estate salesFurniture & home furnishings
just listed
Acoustic Guitar
BEDS - 2 Full sz. $89 ea., Qu.sz. - $99, ma...
More listings


text:
Oracle® Fusion
Applications Project Management Implementation Guide 11g Release 1 (11.1.2) Part Number E20384-02 |
Contents |
Previous |
Next |
This chapter contains the following:
Microsoft Project and Oracle Fusion Projects: How They Work Together
Microsoft Project integration enables project managers to create projects, complete in-depth scheduling using dependencies and constraints, and perform what-if analysis offline, before synchronizing project plan and progress information with Oracle Fusion Projects.
Project executives, project accountants, and billing specialists can use the information exported to Oracle Fusion Projects for financial planning, project costing, billing and revenue accrual, and performance reporting.
Microsoft Project integration enables you to do the following:
Import templates or existing projects from Oracle Fusion Projects to create projects in Microsoft Project.
Export projects from Microsoft Project to create projects in Oracle Fusion Projects.
Synchronize existing projects with Oracle Fusions Projects.
Import resources from the primary planning resource breakdown structure to use for creating task assignments in Microsoft Project.
Plan and schedule projects, assign resources, and track progress.
Import actual quantities and costs into Microsoft Project for progress collection.
Export project plan and progress information to Oracle Fusion Projects.
You can import a template or an existing project from Oracle Fusion Projects to create a new project file in Microsoft Project. During import, select to import all project information or only planning resources. If you want to subsequently export new task assignments for the project to Oracle Fusion Projects, you must import resources from the primary planning resource breakdown structure.
While importing from Oracle Fusion Projects, you cannot select templates whose primary planning resource breakdown structure allows changes at the project level. This restriction does not apply when importing projects.
When importing an existing project, retain the link if you intend to synchronize the project. If you only want to view project details, or intend to export the project to Oracle Fusion Projects as a different project later, then do not retain the project link.
You cannot retain the project link if third-party scheduling is disabled for the project.
You can export a project from Microsoft Project to create a new project in Oracle Fusion Projects. Exporting links the projects in the two applications. Optionally, set a baseline for the project plan, and simultaneously generate a budget version and create a baseline.
When exporting a project, you must select a source project or template unless you had originally imported a project or template from Oracle Fusion Projects. The source project or template must allow for third-party scheduling and the associated primary planning resource breakdown structure must not allow changes at the project level.
Use synchronization rules to transfer information from and to Microsoft Project. Select the required synchronization rule to synchronize all information, or import or export selected information only. For example, you can select to only synchronize schedule updates for the project. Depending on the synchronization rule, select synchronization options to determine how information is transferred.
The following table describes the default direction in which attributes are transferred.
Attributes |
Imported into Microsoft Project |
Exported from Microsoft Project |
Task structure |
Yes |
Yes |
Resources and resource rates |
Yes |
No |
Task attributes |
Yes |
Yes |
Actual quantities and costs |
Yes |
No |
Scheduling and progress |
No |
Yes |
You can import all planning resources from the primary planning resource breakdown structure associated with the project in Oracle Fusion Projects or import selected resources only.
Import rates from Oracle Fusion Projects to calculate planned costs in Microsoft Project. The Cost Type synchronization option determines whether raw cost rates or burdened cost rates are imported.
Before import, rates are derived for each resource based on the actual or planning rate schedules specified on the associated project plan type. Any override rates you specify on the project plan in Oracle Fusion Projects are not imported.
You can import actual quantity and costs either from the latest summarized data or from draft progress. The source of actual amounts determines how progress is exported, as described in the following table.
Source of Actual Amounts |
Impact on Importing Progress |
Latest summarized data |
Actual amounts on the draft progress are refreshed from the latest summarized data when you export progress. Also, you specify the progress as-of date in the synchronization options. |
Draft progress |
Actual amounts on the draft progress are not refreshed and hence, they match the actual amounts previously imported into Microsoft Project. |
When you export progress from Microsoft Project, the estimate-to-complete (ETC) method and physical percent complete calculation method are set to Manual. Values for planned, actual, and estimated finish dates and physical percent complete are exported at each level in the task hierarchy and do not roll up in Oracle Fusion Projects. Values for all other attributes are transferred at the task assignment level and roll up in Oracle Fusion Projects.
After export, draft progress is published. A forecast version is generated depending on progress settings defined for the associated project plan type.
If burdening is not enabled on the project type, then you can export progress with raw cost. If burdening is enabled, then you must use burdened cost to export progress. That is, set the Cost Type synchronization option to Burdened cost.


text:
#glendaleteens! Meet Jennifer Niven, author of All the Bright Places
One Book / One Glendale for Teens
Thursday, May 7, 7:00 p.m., Central Library Auditorium Read More>
Volunteer Opportunities
Are you a high school student who needs volunteer hours? Help the Friends of the Library set up for their monthly book sale! There are more volunteer opportunities for high school students looking to fulfill their community service requirements. Read More>
DMV Practice Tests Online
California DMV written tests are online. Read More>
Teen Advisory Group
The Teen Advisory Group is a chance for you to lend your voice to the services Glendale Public Library provides for teens. In the past few years, the TAG has selected teen books for the library, created displays, planned programs, created public art projects, and much more! Attendance counts for VOLUNTEER CREDIT, and there is no limit to how many people may join. The TAG meets twice monthly during the school year. You must be a current high school student to attend. Read More>
Teen Speak Blog
Read a book and write a review for one hour of service credit. Read More>
Homework Help
Library, Arts & Culture Department offers resources that can help with research papers and other homework! Here are a few that are especially helpful to high school students. Read More>


text:
It is possible that this page will report a problem where no problem exists. If you believe that this has happened, then please contact me (address at the bottom of this page) and explain clearly why you think this page is in error. Note that any changes that you make may take a few days to show up here, so please give it a week before commenting.
Location Map: If this message persists, then your browser is not compatible with Google Maps.
| |
Larger Smaller Google Earth. | |
The elevation does not correspond with the estimated elevation (539 metres (1768 feet) -- source SRTM.C_SA_3) at that point. Either the location or the elevation (or both) are almost certain to be incorrect. Please use the 'send the updated information' link below to update the location or elevation.
The site location should be at the mark shown -- or very close. Clicking within the map area (or you can drag the 'SDTY' marker) will display the latitude/longitude of that point.
If the displayed location (or elevation) of the weather observing location is incorrect, please drag the marker to the right location (or click in the right location), and then send the updated information. Please note that we are trying to spot either the Stevenson Screen (or equivalent) or the location where the barometric readings are taken.
Can you help with location quality? Please indicate if the marker on the map points at the weather instrument cluster:
The best way to get elevation is to consult a topographic map. Make sure that you know whether the contours are marked in feet or metres. Note that handheld GPS receivers do not provide readings of elevation accurate to better than 10-20 metres (technical discussion). If you do not have access to a topographic map, then a GPS receiver is acceptable, but make sure that it is operating in 3D mode and let it average the position for at least five minutes.
For more information on reading maps, please see the Topo Map Reading Guide -- in particular it discusses how to read contours.
The location information for this site was gathered from 2 data sources. The source which most closely matches the consensus is chosen. Many of these sources only report the location to the nearest minute (or hundredth of degree). This can lead to the marker being placed noticeably incorrectly. Please see Discussion of Location Errors for more information. Show location history.
Latitude: dummy (deg min sec), dummy (decimal), dummy (LORAN)
Longitude: dummy (deg min sec), dummy (decimal), dummy (LORAN)
Estimated elevation is dummy metres (dummy feet) from dummy.
Location is dummy (reverse geocoded).
Move marker to new address.
There are no photographs of the station. If you have pictures of this location, then please email them to email@example.com.
Once logged in, click on 'Upload Photos & Video'. Next click on 'Choose Photos and Videos', and walk through the process to upload your pictures. They will automatically be resized appropriately.
After the upload is complete, it will ask you to add titles, tags and descriptions. The key step is to add tags as follows:
If you had to create your account, then you must upload at least five pictures. It will also take longer for your pictures to appear (a week or so). Otherwise, the pictures should appear after 24-48 hours.
You can try to find photographs from the area surrounding the site marker by clicking on Find nearby photographs. (There are some) (There are none) (There may be some) (Automatically loaded if any)
You can also subscribe to an RSS feed to tell you when new stations come online in this area. Choose either within 100 miles or 250 miles .
Site | Distance | Location | ||||||||||||
86842 | 0.1 miles | Northeast | Pradopolis, Brazil (lat -21.3383°, long -48.1139°, altitude 545 metres) | |||||||||||
SDUD | 13.0 miles | West | Usina Santa Adélia Airport, Brazil (lat -21.3322°, long -48.3162°, altitude 606 metres) | |||||||||||
SDXE | 16.4 miles | West | Chácara Serradinho Airport, Brazil (lat -21.2648°, long -48.3561°, altitude 620 metres) | |||||||||||
83668 | 23.0 miles | Northeast | Ribeirao Preto, SP, Brazil (lat -21.1833°, long -47.8000°, altitude 621 metres) | |||||||||||
SDFI | 23.9 miles | Southwest | Fazenda Itaquere Airport, Brazil (lat -21.6546°, long -48.2663°, altitude 687 metres) | |||||||||||
SBRP | 26.2 miles | Northeast | Leite Lopes / Ribeir , Brazil (lat -21.1342°, long -47.7742°, altitude 549 metres) (data present) | |||||||||||
SDME | 26.9 miles | Southwest | Marchesan S.A. Airport, Brazil (lat -21.6306°, long -48.3929°, altitude 591 metres) | |||||||||||
SBAQ32.7 miles | South | | Araraquara Airport, SP, Brazil (lat -21.8120°, long -48.1330°, altitude 711 metres)
(data present)
| SBSA | 49.1 miles | South | | Sao Carlos, Brazil (lat -22.0167°, long -47.8833°, altitude 856 metres)
(data present)
| 83676 | 56.7 miles | West | | Catanduva, SP, Brazil (lat -21.1333°, long -48.9667°, altitude 536 metres)
(data present)
| |
The sites marked above thus did not report continuously during the analysis period, so the offsets may (probably will) not be accurate.
Degrees Minutes Seconds: VWS/VWSAPRS, WeatherLink 5.5, WeatherLink (5.2-5.4), WeatherView (Linux)
Decimal degrees: FreeWX, WeatherView32 (PC application)
LORAN: WeatherDisplay, WUHU, Henriksen WServer
CWOP Siting Guide (PDF): This is a guide to siting and operating a CWOP station. This is a must-read document.
Another CWOP Guide (PDF): This is another guide to siting and operating a CWOP station. This is a must-read document.
Urban Siting and Operations (PDF): This is a guide to siting and operating a CWOP station in an urban environment.
APRS WX Message format: This describes the actual format of the messages transmitted that carry WX information.
WXQC Mailing List: This is a mailing list where data quality issues are discussed. Assistance with software configuration can often be found here.
Topo Map Reading Guide: How to read USGS topographic maps, with a good section on reading contours.
Geographically nearby web pages: Use Geourl to find web pages that deal with locations geographically close to this site.


text:
Developer BattleBorne Entertainment announced that a preliminary injunction has been entered in its favor against Acclaim Entertainment by order of the Supreme Court of the State of New York, County of Nassau. BattleBorne is suing Acclaim for allegedly breaching a development agreement by failing to make payments when due and for threatening to release BattleBorne's Combat Elite: WWII Paratroopers prior to making all required payments. The preliminary injunction prevents Acclaim from shipping the game, which was previously scheduled for release on both the PlayStation 2 and Xbox later this month but was notably absent from a recent Acclaim release schedule, until the matter is settled.
Toward the end of the statement release, BattleBorne states that Combat Elite: WWII Paratroopers "will be available soon for the next-generation video game systems at suggested retail prices to be determined." We'll bring you more information on this story as soon as it becomes available.


text:
ipython-extensions 0.2
Optional extensions for IPython
IPython extensions of varying usability and maturity
You may install this package to add interesting and/or useful features to enhance your IPython experience. Contributions to this package are encouraged, with the 'release early, release often' maxim - it is expected that the original contributor (as opposed to the core IPython team) will take care of most of the maintenance of his/her own extension.
Installation: run 'setup.py install' or 'easy_install ipython-extensions'
Currently provided:
ipy_gmail: A gmail interface
- ipy_miscapps:
Tab completers for various command line apps. Also remembers previous options passed to prorams
File | Type | Py Version | Uploaded on | Size | |
ipython-extensions-0.2.tar.gz (md5) | Source | 2008-11-17 | 3KB | ||
- Downloads (All Versions):
- 10 downloads in the last day
- 53 downloads in the last week
- 184 downloads in the last month
- Author: Ville M. Vainio
- Home Page: http://ipython.scipy.org
- Package Index Owner: vivainio
- DOAP record: ipython-extensions-0.2.xml


text:
LodgeNet Interactive Corp. Corporate Credit Rating Lowered To 'CCC'; Outlook Negative Aug 12
- Language: English
- Published: August 2012
LodgeNet Interactive Corporation (LNET) - Financial and Strategic SWOT Analysis Review
LodgeNet Interactive Corporation (LodgeNet), formerly LodgeNet Entertainment Corporation, is engaged in providing interactive media and connectivity solutions to hospitality industry. The company offers guest-paid entertainment, hotel paid services, cable television programming, broadband Internet access services, and professional technical and installation services to the hospitality and entertainment industries. LodgeNet provides a range of guest-paid entertainment services such as on-demand movies, music and games, sports and television on-demand programming on a per-view, hourly, or daily basis. Further, it sells and maintain interactive television systems which provide on-demand patient education, software maintenance and technical support services to healthcare facilities across the US. LodgeNet has operations in the US, Canada, and Mexico. The company is headquartered in South Dakota, the US.
This comprehensive SWOT profile of LodgeNet Interactive Corporation provides you an in-depth strategic SWOT analysis of the company's businesses and operations. The profile
List of Tables
List of Figures
Section 1 - About the Company
LodgeNet Interactive Corporation - Key Facts
LodgeNet Interactive Corporation - Key Employees
LodgeNet Interactive Corporation - Key Employee Biographies
LodgeNet Interactive Corporation - Major Products and Services
LodgeNet Interactive Corporation - History
LodgeNet Interactive Corporation - Company Statement
LodgeNet Interactive Corporation - Locations And Subsidiaries
Head Office
Other Locations & Subsidiaries
Section 2 – Company Analysis
LodgeNet Interactive Corporation - Business Description
LodgeNet Interactive Corporation - Corporate Strategy
LodgeNet Interactive Corporation - SWOT Analysis
SWOT Analysis - Overview
LodgeNet Interactive Corporation - Strengths
Strength - Market Leading Position
Strength - Customer Base Diversification Strategy
Strength - Comprehensive Range of Services
Weakness - Concentrated Revenues
Weakness - Centralised Operations
Weakness - Weak Liquidity Position
Opportunity - Growing US Hospitality Industry
Opportunity - Expansion Plans
Threat - Competitive Environment
Threat - Technological Changes
Threat - Regulations from State, Local and Foreign Legislat
LodgeNet Interactive Corporation - Key Competitors
Section 3 – Company Financial Ratios
Financial Ratios - Capital Market Ratios
Financial Ratios - Annual Ratios
Performance Chart
Financial Performance
Financial Ratios - Interim Ratios
Financial Ratios - Ratio Charts
LodgeNet Interactive Corporation, Recent Deals Summary
Section 4 – Appendix
Ratio Definitions
About GlobalData
Contact Us
List of Tables
LodgeNet Interactive Corporation, Key Facts
LodgeNet Interactive Corporation, Key Employees
LodgeNet Interactive Corporation, Key Employee Biographies
LodgeNet Interactive Corporation, Major Products and Services
LodgeNet Interactive Corporation, History
LodgeNet Interactive Corporation, Other Locations
LodgeNet Interactive Corporation, Subsidiaries
LodgeNet Interactive Corporation, Key Competitors
LodgeNet Interactive Corporation, Ratios based on current share price
LodgeNet Interactive Corporation, Annual Ratios
LodgeNet Interactive Corporation, Interim Ratios
LodgeNet Interactive Corporation, Recent Deals Summary
Currency Codes
Capital Market Ratios
Equity Ratios
Profitability Ratios
Cost Ratios
Liquidity Ratios
Leverage Ratios
Efficiency Ratios
List of Figures
LodgeNet Interactive Corporation, Performance Chart (2006 - 2010)
LodgeNet Interactive Corporation, Ratio Charts
Influx, Inc.
Superclick, Inc.
Guest-Tek Interactive Entertainment Ltd.
Comcast Corporation
Charter Communications, Inc.
AT&T Inc.
Echostar Corporation
DISH Network Corporation
CBS Corporation
Time Warner Inc.
Crown Castle International Corp.
Cox Communications, Inc.


text:
Single Article Purchase: Myocardial Infarction Surveillance in a Metropolitan Community Most AS, Peterson DR. JAMA. 1969;208(13):2433-2438. Published online June 30, 1969
Choose criteria for pricing info
Want online access for an institution? Learn More/Request Quote >
Obtain AMA PRA Category 1 Credit™ by reading an article and completing an online quiz. Quizzes are available to AMA Members, subscribers, and those who have purchased tokens.


text:
(Mister Wong community recommendations)
most popular brand new
Candice Michelle - Former WWE Diva
Gorgeous Former WWE Diva - Candice Michellesaved at 08.02.2012, by Sabre1000, 1 UserEve Torres - WWE Diva
Gorgeous Former WWE Diva and instructor for the Gracie Women Empowered Self-defense program, Eve Torressaved at 07.02.2012, by Sabre1000, 1 UserMaryse Ouellet - Former WWE Diva
Former WWE Diva Maryse, The French-Canadian Beautysaved at 06.02.2012, by Sabre1000, 1 UserChristina Von Eerie
The Very Unique Female Wrestler...Christina Von Eeriesaved at 04.02.2012, by Sabre1000, 1 UserGLOW - The Gorgeous Ladies of Wrestling
The 1980s Wrestling TV Show, The Gorgeous Ladies of Wrestling aka GLOWsaved at 27.01.2012, by Sabre1000, 1 UserBeautiful But Deadly 2 - More Female Fighters Who Could Hurt You
Beautiful But Deadly 2 - More Female Fighters Who Could Hurt Yousaved at 01.01.2012, by Sabre1000, 1 UserRing Ka King - TNA Wrestling in India
Ring Ka King - TNA Professional Wrestling in Indiasaved at 26.12.2011, by Sabre1000, 1 UserMildred Burke vs June Byers - The Best Female Professional Wrestling Match Of All Time
The Greatest Female Professional Wrestling Match of All Time, Mildred Burke vs June Byerssaved at 23.12.2011, by Sabre1000, 1 User30 Days of Luchadora Sexy Star - Day 14
Here we are almost at the half-way point with the pictures of Triple AAA luchadora Sexy Star.saved at 22.12.2011, by Sabre1000, 1 UserThe Canadian Wrestling Conspiracy
Some of the most beautiful women in wrestling have come from Canada. Conspiracy?saved at 17.12.2011, by Sabre1000, 1 UserTNA Knockout - Tara (Victoria)
TNA's Tara or WWE's Victoria - Lisa Marie Varonsaved at 16.12.2011, by Sabre1000, 1 UserThe TNA Knockouts
The TNA Knockouts, the wrestling women of TNA from the past and present.saved at 14.12.2011, by Sabre1000, 1 UserBeautiful Women of Wrestling: Lilian Garcia Is Back!
Even though we seem to be losing a lot of WWE Divas, now we are getting a good one back...Lilian Garcia!saved at 06.12.2011, by Sabre1000, 1 UserBeautiful Women of Wrestling: The Ex WWE Divas of 2011
The female wrestlers that have left the ranks of the WWE Divas in 2011.saved at 04.12.2011, by Sabre1000, 1 User


text:
You are not logged in. Click here to log in now. | Switch to our mobile site→ | My Profile My Galleries My Networks |
Tudor Vintiloiu
Recent PostCanon repair shop in/near Frankfurt?Hi everyone, I was wondering if any of you know a Canon repair shop anywhere in or near Frankfurt, Germany. Can anyone help me? Thanks, Tudor Keywords |
Personal Network |


text:
Prof. Kim Surkan
Course Highlights
Course Description
The first convention ever called to discuss the civil and political rights of women, Seneca Falls, N.Y., July 19, 20, 1848. Woman's rights convention. From the Votes for Women: Selections from the National American Woman Suffrage Association Collection, 1848-1921. (Image courtesy of Library of Congress, American Memory Collection.)


text:
Powell showing off new outside ability
FAYETTEVILLE, Ark. (AP)
Marshawn Powell's knee injury might have cost him most of last season. However, his down time provided the Arkansas junior with an unexpected benefit.
Known primarily for his work underneath the basket before this season, Powell has turned into one of the team's best outside shooters. The 6-foot-7 forward leads Arkansas (5-4) in 3-pointers made (11) and 3-point shooting percentage (50 percent), both surprising considering the source.
Powell entered the season a career 22.4 percent shooter from behind the arc, having connected on only 15 of 67 attempts. But he's hit 11 of 22 this season, including an 8-of-12 stretch over his past three games.
''I knew he could shoot 3's, but I didn't think he was going to shoot this many, or at least land (them),'' Arkansas junior Rickey Scott said. ''I'm as shocked as you.''
The secret behind Powell's sudden shooting prowess isn't all that much of a secret at all.
He credits the long hours in the gym while rehabbing from last season's torn ACL in his right knee. For much of that time, he was forced to stand on the sidelines while his teammates practiced, unable to do anything but shoot.
''I learned my touch, and I'm shooting it with confidence,'' Powell said.
Powell said he was ''definitely'' a 3-point shooting threat while a high school standout in Virginia, though he hadn't shown that ability during his first two full seasons with the Razorbacks.
He was 8 of 37 from behind the arc as a freshman during the 2009-10 season, when he was third on the team in scoring with 14.9 points per game. His percentage (25 percent) rose as a sophomore, but his attempts (28) decreased as Arkansas relied on his post offense.
Powell didn't have much of a chance last season to show his outside game in his first season under coach Mike Anderson, injuring his knee during practice after just two games. Anderson hasn't been surprised by Powell's hot shooting, which has him averaging a team-high 16.6 points per game.
''It's something he has in the arsenal; he works at it,'' Anderson said. ''It's something that people are giving him, so to me it showcases his versatility.''
The addition of a consistent outside game also has helped improve Powell's inside play. He's shooting a career-best 52.4 percent (52 of 103) from the field this season, besting the 50 percent he shot as a freshman and showing a new spring in his step.
Powell, who played primarily below the basket his first few seasons with the Razorbacks, has found plenty of operating room around and above the basket this season. He's shown off a variety of spin moves and dunks in his first season after the knee surgery, adding to an ever-improving array of offensive options while trying to ''take all wide-open'' 3-pointers.
''What (the 3-point shooting) does, it presents problems for people,'' Anderson said. ''You've got to figure out how you want to play him. I think it helps us from the standpoint, now we can really space the floor. We don't have to just clog the offensive lanes up, but at the same time we've got a guy we can get it to that can make some things happens.''
Powell's recent hot hand outside has benefited a team that was in dire need of some 3-point shooting help. The Razorbacks shot just 26.2 percent (27 of 103) from behind the arc over their first six games, but they've hit 29 of 63 (46 percent) over their last three.
Overall, Arkansas is hitting 33.7 percent of its 3-pointers this season, ninth in the Southeastern Conference.
''That's the rhythm,'' Anderson said. ''You can see the rhythm; things are starting to fall in place for our guys. They are starting to understand (how) to get the ball to the right people at the right time. Guys are shooting the ball with confidence, that's what shooting is. It's about confidence and taking shots you can make.''
Related Stories
Member Comments
Please note by clicking on "Post comment" you acknowledge that you have read the Terms of Use and the comment you are posting is in compliance with such terms. Be Polite. Inappropriate posts may be removed by the moderator.
NCAA BK Headlines
No. 3 Michigan State beats Indiana with Payne sidelined again
Buffett, Gilbert team to offer $1 billion for perfect bracket
Holmes beats buzzer with 3-pointer to send Texas over K-State
No. 14 Kentucky rolls past Texas A&M behind Poythress, Johnson
No. 20 Pittsburgh bounces back from loss with rout of Clemson
Fox Sports Store
itemName | itemURL | imageSrc | price | itemDescription |
Nike Florida Gators #1 Replica Elite Basketball Jersey - Black | http://shop.foxsports.com/FOX_Florida_Gators/browse/featuredproduct/885881/source/foxsports_prsp_ca | http://images.footballfanatics.com/FFImage/thumb.aspx?i=/productImages/_885000/ff_885881_xl.jpg&w=100 | 74.95 | Nike Florida Gators #1 Replica Elite Basketball Jersey - Black |
Nike Georgetown Hoyas #22 Hyper Elite Road Performance Jersey - Navy Blue | http://shop.foxsports.com/FOX_Georgetown_Hoyas/browse/featuredproduct/1030243/source/foxsports_prsp_ca | http://images.footballfanatics.com/FFImage/thumb.aspx?i=/productImages/_1030000/ff_1030243_xl.jpg&w=100 | 119.95 | Nike Georgetown Hoyas #22 Hyper Elite Road Performance Jersey - Navy Blue |
Nike Duke Blue Devils #5 Tourney Takeover Replica T-Shirt - Duke Blue | http://shop.foxsports.com/FOX_Duke_Blue_Devils/browse/featuredproduct/1032710/source/foxsports_prsp_ca | http://images.footballfanatics.com/FFImage/thumb.aspx?i=/productImages/_1032000/ff_1032710_xl.jpg&w=100 | 27.95 | Nike Duke Blue Devils #5 Tourney Takeover Replica T-Shirt - Duke Blue |
Nike Oregon Ducks X-Ray Ball T-Shirt - Green | http://shop.foxsports.com/FOX_Oregon_Ducks/browse/featuredproduct/1052002/source/foxsports_prsp_ca | http://images.footballfanatics.com/FFImage/thumb.aspx?i=/productImages/_1052000/ff_1052002_xl.jpg&w=100 | 24.95 | Nike Oregon Ducks X-Ray Ball T-Shirt - Green |
Nike Ohio State Buckeyes Road Warrior Tri-blend T-Shirt - Scarlet | http://shop.foxsports.com/FOX_Ohio_State_Buckeyes/browse/featuredproduct/1052645/source/foxsports_prsp_ca | http://images.footballfanatics.com/FFImage/thumb.aspx?i=/productImages/_1052000/ff_1052645_xl.jpg&w=100 | 29.95 | Nike Ohio State Buckeyes Road Warrior Tri-blend T-Shirt - Scarlet |
Indiana Hoosiers 2013 NCAA Men\'s Basketball Road to March Madness T-Shirt - Crimson | http://shop.foxsports.com/FOX_Indiana_Hoosiers/browse/featuredproduct/1124528/source/foxsports_prsp_ca | http://images.footballfanatics.com/FFImage/thumb.aspx?i=/productImages/_1124000/ff_1124528_xl.jpg&w=100 | 19.95 | Indiana Hoosiers 2013 NCAA Men\'s Basketball Road to March Madness T-Shirt - Cri.. |
adidas Louisville Cardinals 2013 March Madness #10 Premier Swingman Jersey - Red | http://shop.foxsports.com/FOX_Louisville_Cardinals/browse/featuredproduct/1127200/source/foxsports_prsp_ca | http://images.footballfanatics.com/FFImage/thumb.aspx?i=/productImages/_1127000/ff_1127200_xl.jpg&w=100 | 89.95 | adidas Louisville Cardinals 2013 March Madness #10 Premier Swingman Jersey - Red |
adidas Notre Dame Fighting Irish 2013 March Madness #45 Premier Swingman Jersey - White | http://shop.foxsports.com/FOX_Notre_Dame_Fighting_Irish/browse/featuredproduct/1127218/source/foxsports_prsp_ca | http://images.footballfanatics.com/FFImage/thumb.aspx?i=/productImages/_1127000/ff_1127218_xl.jpg&w=100 | 89.95 | adidas Notre Dame Fighting Irish 2013 March Madness #45 Premier Swingman Jersey .. |
Nike Gonzaga Bulldogs March Madness Bracketville T-Shirt - Navy Blue | http://shop.foxsports.com/FOX_Gonzaga_Bulldogs/browse/featuredproduct/1155821/source/foxsports_prsp_ca | http://images.footballfanatics.com/FFImage/thumb.aspx?i=/productImages/_1155000/ff_1155821_xl.jpg&w=100 | 24.95 | Nike Gonzaga Bulldogs March Madness Bracketville T-Shirt - Navy Blue |
Top of the World Miami Hurricanes 2013 NCAA ACC Men's Basketball Tournament Champions Adjustable Hat – Green | http://shop.foxsports.com/FOX_Miami_Hurricanes/browse/featuredproduct/1177723/source/foxsports_prsp_ca | http://images.footballfanatics.com/FFImage/thumb.aspx?i=/productImages/_1177000/ff_1177723_xl.jpg&w=100 | 25.95 | Top of the World Miami Hurricanes 2013 NCAA ACC Men's Basketball Tournament Cham.. |


text:
Join Now
Join ePHOTOzine, the friendliest photography community.
Upload photos, chat with photographers, win prizes and much more for free!
THis is a new development of residential apartments on the Liverpool waterfront called Mann Osland..
Brand: | Panasonic |
Camera: | Panasonic Lumix DMC-TZ9 |
Recording media: | JPEG (digital) |
Date Taken: | 20 Jul 2011 - 10:50 AM |
Focal Length: | 4.1mm |
Lens Max Aperture: | f/3.3 |
Aperture: | f/6.3 |
Shutter Speed: | 1/2000sec |
Exposure Comp: | 0.0 |
Exposure Mode: | Landscape |
Metering Mode: | Multi-segment |
Flash: | Off, Did not fire |
Title: | Luxuriuous peaks |
Username: | imagio |
Uploaded: | 20 Jul 2011 - 11:58 PM |
Tags: | Architecture, Photo journalism |
VS Mode Rating |
101 (60% won) These stats show the percentage of wins and the rating score that your photo has achieved. You can go to the VS Mode by clicking on this icon. Signup to PlusBecome a plus member to see which photo this has won or lost against in the vs mode |
Votes: | 38 |
Voters: | morpheus1955 · andylea · mikbee · EddieAC · taggart · PattiW · ccb · Daisymaye · franken · Alandyv8 · pronabk · Alan_Baseley · Ray42 · EAS · mrswoolybill · pascalg · woolybill1 · baclark · SlowSong · Adrian_Reynolds · saltireblue · nikshot · chensuriashi · MalcolmM · Nigel_95 · Eviscera · AnneWorner · wyatturp · DP_Imagery · pamelajean · brownsilent · woodrow · Mynett · Imagephotographics · Source · acousticmist · TyChee · Take-a-View · |
Views: | 118 |
Unique Views: | 51 |
Variant - Report |
Nominating Constructive Critique
Nominating Constructive Critique
Nominating Constructive Critique
Nominating Constructive Critique
Nominating Constructive Critique
All of these are superb, as linear compositions and for the way the cloud reflections seem to make the structures dissolve into the sky. (I've always thought that architecture is what you do best, by the way.)
Nominating Constructive Critique
Terrific architectural studies, especially V4 where sky and building almost merge.
Nominating Constructive Critique
Nominating Constructive Critique
Superb set of images of this impressive building Bernie, you've exploited the angles so well.
Nominating Constructive Critique
These are all brilliant, Bernie, and I can't choose a favourite. V3 has a human touch with the inclusion of the streetlamp, otherwise they could almost be extraterrestrial.
Nominating Constructive Critique
yes Bernie take a Bow..........Astonishingly beautiful photography of modern architecture.
I would reshoot them on the 600 and try to sell them as wall art. Chen.
Nominating Constructive Critique
Nominating Constructive Critique
These are incredible. I agree with Moira about the buildings seeming to dissolve into the sky, great angles too.
Nominating Constructive Critique
Superb composition and technique. Striking images.
Nominating Constructive Critique
Great urban architecture, well captured. V1 is striking!
Nominating Constructive Critique
Add a Comment
ePHOTOzine, the web's friendliest photography community.
Upload photos, chat with photographers, win prizes and much more.


text:
Posts tagged "modern pots"
Cute Self-Watering Pots
Mon, Apr 4, 2011 | Pots
Take care of your plants with Log and Squirrel by Qualy Design. It's a self-watering pot with a design of a squirrel in a log. Squirrel and flowerpot are closely tied in Log and Squirrel because the small rodent appears as a water gauge. If the water level rises inside of Log and Squirrel, the squirrel will appear out of its cave. A water reservoir is...Continue Reading... { 1 comment }
Advertisement |
Funky Pots For Flowers
Thu, Mar 17, 2011 | Pots
Here is an alternative to usual photo frames! You can always look at your family and friends and smile at them thanks to there unreal pot for flowers that are made by Good in the Republic of Kazakhstan. You will not only look at your family but smile looking at a fantastic hair-do that each photo has! The technology is simple: your photo is sealed between...Continue Reading... { 6 comments }
Advertisement |
Wall Mounted Flower Pots – Off The Wall by Thelermont Hupton
Wed, May 26, 2010 | Pots
These mini planters is an another great solution to grow plants in small living spaces. Thanks to them you won't need to occupy your precious floor or table space because they let your plants nestle on any wall. These pots feature invisible fixings, could be positioned at right angles and create vertical interior gardens. The power-coated flower pots...Continue Reading... { 0 comments }
Faceted Hanging Tray That Can Be Used as As a Flowerpot
Tue, May 18, 2010 | Pots
Hanging pots is a very cool solution if you like plants but haven't much space to create a small garden at your home. Of course they are also good if you want to make your rooms more original. Pigeon Toe Ceramics has created a modern looking faceted hanging tray that could serve as a hanging pot. The unglazed porcelain tray could be suspended with...Continue Reading... { 1 comment }
Modern Planters for a Balcony Or Any Other Space with Railing
Tue, Apr 20, 2010 | Planters
If you live in a small apartment in a city than your balcony is probably the only place where you could put some plants. Although even there might be not enough of a free space. Greenbo planters are great for such situation. These modern planters are designed to fit on balcony's railings without hanging them up. These plastic pots has shape that...Continue Reading... { 5 comments }


text:
Please note that changing your country whilst shopping will remove all items from your basket.
L'Oréal Paris Boosting Serum Inside is our first lipstick with a serum heart, enriched with ingredients from our advanced skincare technology, Collagen and Pro- Xylane®, chosen for their moisturising properties.Lips are plumped with moisture, defined, and enveloped in voluptuous colour that doesn't feather. Available in 8 sumptuous new shades.
The item can be delivered to all addresses within the UK. Northern Ireland and to BFPO addresses.
Boots.com deliver to British Forces Post Office addresses. The charge for BFPO delivery is £6.00, this includes the cost of delivering your parcel to the BFPO sorting office and the charge applied for delivery to your address.
We can't ship aerosols to BFPO addresses. Aerosols will be intercepted and returned to us.
Please also note that certain areas carry specific weight restrictions and parcels over these weight limits are automatically returned to us.
Order by 6pm today and collect instore tomorrow.
Download the Boots app and enjoy fantastic personalised offers, tailored just for you.
£8.69 or 869 points
A L'Oréal first! L'Oréal Paris Color Riche Boosting Serum Inside: our first lipstick with a boosting serum. More defined, younger-looking lips.
Collect 32 points with this purchase
Copyright © The Boots Company PLC. All rights reserved. Boots.com is a trading name of Boots UK Limited. Registered office: Nottingham NG2 3AA.Registered in England: company number 928555. Registered VAT number 116300129. Registered pharmacy number 1092488.


text:
: Bruce Springsteen Secret Garden Music Videos
Artists, Albums, Songs and Music Videos
Glitter Graphics
Photo Captions
MSN Nicknames
MySpace Smileys
Away Messages
101 Insults
Bruce Springsteen - Secret Garden (lyrics)
a simple music video for a meaningful song... She'll let you in her house If you come knockin late a
Jerry Maguire - Secret Garden
Music video based on Bruce Springsteen's song used in the movie soundtrack.
Bruce Springsteen-Secret Garden
For some reason I really love this song. It's Secret Garden By: 'The Boss' Bruce Springsteen. Enjoy!
Bruce Springsteen "Secret Garden" 4-5-95
Back from commercial after performing "Murder Inc", one of their first times playing together again,
Bruce Springsteen - Secret Garden
Bruce Springsteen - Secret Garden.
Bruce Springsteen - Secret garden - Leeds 2013-07-24
Best show of 2013 for me. Secret garden alone was worth the trip but then we also had Roulette, Amer
Bruce Springsteen - Secret Gadren Jerry McGuire Soundtrack *HQ*
She'll let you in her house If you come knockin' late at night She'll let you in her mouth If the wo
Jerry Maguire Soundtrack,Bruce Springsteen - Secret Garden.wmv
Bruce Sprinsteen
Secret Garden-Bruce Springsteen(LYRICS)Greatest Hits {HQ}
Truly an amazing song! So meaningful and tantalizing!
/ 10 |
Next >>
Copyright ©2007-2009 MusicSRC.com - All rights reserved -
Privacy Policy - ToS
- No music files are hosted on this site


text:
Top Apps
- Audio & Video
- Business & Enterprise
- Communications
- Development
- Home & Education
- Games
- Graphics
- Science & Engineering
- Security & Utilities
- System Administration
Gammu Cellular manager for mobile phones/modems
438 weekly downloads -
Snarl Stuff Happens - know about it.
166 weekly downloads -
PGMFI Project The PGMFI project has as its goal total understanding of the computerized systems such as ECUs, ABS controllers and other devices present in Honda vehicles. Currently, the Non-Commercial-Sharealike license is reccomended for all releases.
10 weekly downloads -
DCR This program gives you a new way of capturing and collecting music from radio stations over the Internet. You can listen and record your favorites radios at the same time also this way like to realize audio diffusion using outcast stream protocol.
16 weekly downloads -
sdlBasic A easy basic in order to make games in 2d style amos for linux and windows The basic it comprises a module runtime, ide examples and games.
12 weekly downloads -
PlanEph Planetary Ephemerides DLL Library for Microsoft Windows and Excel
9 weekly downloads -
General Knowledge Machine Project The volume of actual knowledge prevents people from applying it, because even the cleverest persons can not learn everything they need. Try to overturn this with idea of Just-In-Time Knowledge. Intelligent e-knowledge base engine provided.
1 weekly downloads -
ddt-mini-soft ddt-mini-soft is a collection of my useful small software including Image processing, 3D Water Effect in OpenGL, API lib, C/C++ lessons, game and more...
1 weekly downloads -
snakebite cybercafe billing system cybercafe billing system
1 weekly downloads -
QNetMapMigrate Wrapper for QNetMap library
0 weekly downloads -
Text Capture Library (SDK) This project will use API hook to create a text capture library (SDK) similar with GetWord. It will supports all the functionalities of GetWord: point/hover text capturing, rectangle text capturing and selected/highlighted text capturing.
0 weekly downloads


text:
Download IndiaMART App
H.A.G. Carpets Pvt. Ltd.
Kolkata, West BengalCompany Profile
? M/s. H.A.G. Carpets Pvt. Ltd.? ? an ISO 9001:2000 / ISO 14001:2004 / SA 8000:2001 certified enterprise- is a leading manufacturer and exporter of Hand knotted Woolen Carpets in India. The company began operations in 1976; but over the years has surged ahead to the forefront due to constant innovation in its method of operations and the desire to learn and excel in the sphere of production. ? HAG ... view all |
Fact Sheet
Year of Establishment 1976 | Nature of Business Manufacturer, Exporter |


text:
"Drunkenness is nothing but voluntary madness. - Epistulae ad Lucilium
Find a translation for this quote in other languages:
Select another language:
Discuss this Lucius Annaeus Seneca quote with the community:
Quote of the Day
Would you like us to send you a FREE inspiring quote delivered to your inbox daily?
Use the citation below to add this quote to your bibliography:
"Lucius Annaeus Seneca Quotes." Quotes.net. STANDS4 LLC, 2015. Web. 5 May 2015. <http://www.quotes.net/quote/8576>.


text:
Join the 'Omeprazole / Sodium Bicarbonate / Magnesium Hydroxide' group to help and get support from people like you.
Omeprazole / Sodium Bicarbonate / Magnesium Hydroxide Questions
Tweet |
We found 2 questions associated with the 'Omeprazole / Sodium Bicarbonate / Magnesium Hydroxide' topic.
Has anyone gone off the Omeprazole, what did you take for heartburn, having difficulty weaning off?
I have taken omeprazole for a lengthy period of time. What problems have you had, if you had any? Did you experience really bad heartburn? What did you do for the heartburn? I am having a terrible ...
Posted 27 Jul 2012 • 3 answers
Hi Friends, again I am sending you all a report from the Daily Updates?
for Consumers. This concerns anyone who has chrontic heatburn & acid reflux. Please read in it's entirety. It's very important for anyone suffering from heartburn. ... Mary WEDNESDAY ...
Posted 26 Jul 2012 • 13 answers


text:
Now Playing
Connect with Us
Most Active Stories
Current State and Current Sports
Host, Current State
Host, Current Sports
Podcasts & RSS Feeds
All Content |
View all podcasts & RSS feeds |
NPR Story
8:00 am
Sat February 18, 2012
Sports: Spring Training Begins; Basketball All-Star Ahead
By editor
Originally published on Sat February 18, 2012 10:16 am
It's the beginning of the beginning of baseball season, and two major thumpers have jumped leagues. Plus, basketball makes it to a midpoint, and suddenly you have to ask: Who's really the best team in Los Angeles? Host Scott Simon talks with ESPN's Howard Bryant about the sports of the week.


text:
The Central Weather Bureau said yesterday that heavy rain is predicted for northern and central Taiwan because of a cold front that was approaching last night. Kinmen, Matsu and Penghu residents should also be prepared for heavy rain today, the bureau said.
Tue, May 02, 2006 - Page 3 News List
Taiwan Quick Take: Heavy rain on the way
This story has been viewed 2205 times.