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Tia Keyes is Full Professor of physical chemistry at the School of Chemical Sciences, where she has been a member of academic staff since 2002. Her research interests lie in the fields of molecular spectroscopy & photophysics and in supramolecular & interfacial chemistry. She is particularly interested in applications of these fields to biological problems, including cell imaging/environmental mapping, cell capture, sensing and membrane mimetics. Tia’s research team are based between the School of Chemical Sciences and the National Biophotonics and Imaging Platform Ireland (NBIPI) www.nbipireland.ie/ which is housed within The National Centre for Sensor Research www.ncsr.ie Tia is an academic member of The Biomedical Diagnostics Institute (www.bdi.ie) and currently co-node leader (Britain and Ireland) on the Biophotonics4life consortium (http://www.biophotonicsworld.org. Tia is also currently coordinator of the National Biophotonics and Imaging Platform at DCU. Collaborators: Prof. Robert Forster, DCU, Prof. Alan M. Bond, Monash University, Australia, Dr Grace Morgan, UCD, Dr. James Rice, UCD. Dr. Tim McCormack, DKIT, Prof. Tony Wedd, University of Melbourne, Australia, Prof Niamh Moran RCSI, Dr Marc Devocelle, RCSI, Prof L Cronin, Univ Glasgow, UK, Prof. Mario Reuben, Univ. of Karlsruhe, Prof Conor Long, DCU, Prof Barry Lentz, University of North Carolina, Chapel Hill, Prof Emmanuel Iwuoha, Univ. of Western Cape, Prof Vickie McKee, Univ of Loughborough, Prof Jane Nelson.
Silvia Giordani is full Professor, Chair of Nanomaterials within the School of Chemical Sciences at Dublin City University and is a member of the strategically important National Centre for Sensor research. She received her PhD in Chemistry from the University of Miami, USA and carried out postdoctoral research at Trinity College Dublin (TCD), Ireland and at the University of Trieste, Italy. In 2007 she received the prestigious President of Ireland Young Researcher Award and was a Research Assistant Professor at TCD from 2007 to 2013. Since September 2013 she has been leading the new “Nano Carbon Materials” research lab at the Istituto Italiano di Tecnologia (IIT) and in December 2016 she was appointed Associate Professor in Organic Chemistry at the University of Turin, Italy. She has served as the thesis/dissertation advisor or mentor to 43 undergraduate, postgraduate and postdoctoral fellows.
Prof. Giordani research interests are on the design, synthesis, and characterization of a wide range of nanomaterials that are intended for applications in smart and responsive bio-related nanotechnologies. She has authored approx. 100 peer-reviewed publications, reviews and book chapters, including Chemistry Society Reviews, Nature Nanotechnology, PNAS, Advanced Materials, ACS Nano, Small and J. Am. Chem. Soc. that collectively have received over 5,500 citations. Her results have been highlighted in journals such as Science, Nature, and New Scientist. She has presented her work at numerous conferences around the world e.g. in United States, Canada, Japan, New Zealand, Saudi Arabia, India, Argentina, Brazil, Chile and across most of Europe.
She was awarded the 2012 L’Oréal UK & Ireland Fellowship For Women in Science and in 2014 she has been invited to give a “Women in Science” Masterclass at the Royal Irish Academy. In 2018 she was awarded the William Evans Visiting Fellowship from the University of Otago (New Zealand) and is Visiting Scientist to the Bio-Nano Institute at Toyo University (Japan).
Since April 2016 she is the Working Group Leader and Management Committee Member for the COST Action CA15107 “Multi‐Functional Nano‐Carbon Composite Materials Network” (MultiComp).
Mary Pryce is an Associate Professor of inorganic chemistry at the School of Chemical Sciences. Her areas of research interest span: organometallic photochemistry, molecular spectroscopy, CO releasing molecules, singlet-oxygen generation, photo- and electro-catalytic routes to hydrogen generation and the reduction of carbon dioxide.
The focus of the Pryce group is the photo- and electro-activation of organometallic complexes. We are currently working on novel materials which can deliver CO as site specific therapeutic agents or generate singlet oxygen. Also of interest are systems that can reduce water to hydrogen and carbon dioxide to useful chemical feedstocks. Of primary importance to all of these studies is an understanding of the photophysics of excited states. Time-resolved spectroscopy such as time-resolved infrared (TRIR) spectroscopy has been used to probe the early excited state dynamics. Such studies and the insights obtained are essential in the design of novel and more efficient systems for specific applications. Transient absorption spectroscopy provides essential information on the reactivity of the resulting photoproducts and matrix isolation techniques can help with the structural characterisation of these products.
Andrew Kellett is principle investigator and Associate Professor of medicinal inorganic chemistry in the School of Chemical Sciences at Dublin City University, Ireland. His group are based at the National Institute for Cellular Biotechnology (NICB) and Nano-Bioanalytical Research Facility (NRF) and focus on discovery of metallodrug-nucleic acid interactions for biochemical and therapeutic application. He is coordinator of the Horizon 2020 Marie Skłodowska-Curie Innovative Training Network (ITN) Click Gene, the Science Foundation Ireland (SFI) Career Development Award Polynuclear Platinum (II) Biomaterials (PPtBio) for Antisense Therapeutic Application and Detection of Human Genetic Disease, and his lab is also supported by the Irish Research Council and the Science Foundation Ireland funded Synthesis and Solid-State Pharmaceutical Centre. He completed his B.Sc. (1st Class) in chemistry from NUI Maynooth, received his Ph.D. in 2007 under the guidance of Prof. M. Devereux at the Dublin Institute of Technology (DIT) and Dr. Maureen Walsh at the Institute of Technology Tallaght, Dublin (ITTD). He was then appointed as A.F. Graves Postdoctoral Fellow at the Focas Research Institute until 2011 and thereafter joined the School of Chemical Sciences at Dublin City University.
Dr. Kerrigan obtained his B.Sc. in Chemistry from University College Dublin (1992-1996). He then completed his Ph.D. in Chemistry at University College Dublin (1996-2000) under the direction of Professor Declan G. Gilheany. He spent a year in industry working as a process development chemist for Merck in Ballydine before carrying out postdoctoral research at the University of Glasgow (2002-2004) with Professor David J. Procter. He carried out further postdoctoral research at the University of Pittsburgh (2004-2006) with Prof. Scott G. Nelson. In 2006 Dr. Kerrigan began his independent research career at Oakland University in Michigan. In August 2017, Dr. Kerrigan returned to Ireland to take up a position as Lecturer in the School of Chemical Sciences at Dublin City University. The Kerrigan group carries out research in the area of synthetic organic chemistry. Most of the group’s work is of the basic/fundamental chemistry research kind and is focused on the development of new efficient methods for the construction of biologically interesting and pharmaceutically important organic molecules.
Anthony Reilly's research is in the area of modelling and understanding the structure and properties of molecular materials. Of particular interest is understanding polymorphism and solid-form landscapes of active pharmaceutical ingredients, which are both key to understanding risks and opportunities during drug product development. The elastic and mechanical response of molecular crystals is another area of active research. Techniques being applied and developed include first-principles calculations, including many-body vdW models, empirical-potential simulations and structural informatics based on the Cambridge Structural Database.
Kieran Nolan completed his PhD in 1996 at York University (Toronto, Canada) under the supervision of Professor Clifford Leznoff. After completing his PhD Kieran worked both as a research chemist in the pharmaceutical industry in Toronto (Novopharm Lmt.) and then as a formulation chemist in the development of new polymer laminates in Toronto/South Carolina. In 1998 Kieran came to Ireland and joined Professor Dermot Diamond’s research group in the NCSR. In 2001 Kieran was appointed Lecturer in the School of Chemical Sciences. In 2012 Kieran became a Senior Lecturer and was then appointed Head of School of Chemical Sciences in 2014.
3) Development of new photosensitisers and chemoreceptors for application in sensors/heavy metal extraction technologies and medicinal chemistry.
Present Commercial Collaborations: Astellas, ABP, Veolia, Dr Reddy's and TE Labs.
Apryll Stalcup is Full Professor of Chemical Sciences at Dublin City University. She received a BS in Chemistry from California State University-Sacramento (1979) and her PhD from Georgetown University in Washington, DC (1988). She was a Co-op Fellow at the National Institute of Standards and Technology (NIST) in Gaithersburg, Maryland (1985-1988). After a Postdoctoral Fellowship at the University of Missouri-Rolla, she moved to the University of Hawaii-Manoa in 1990. In 1996, she moved to the University of Cincinnati and promoted to Full Professor in 2001. She moved to Dublin City University In 2012 Dr. Stalcup’s research interests are in separation science. Her group pioneered the use sulfated-β-cyclodextrin, heparin and quinine as chiral additives in capillary electrophoresis. They have been very active in the application of surface-confined ionic liquids (SCIL) and demonstrated their wide application range (e.g., reversed phase, normal phase, ion exchange and ion exclusion).
In 2011, she was awarded the Cincinnati Chemist of the Year by the Cincinnati Section of the American Chemical Society. In 2015, she received the American Micro chemical Society A. A. Benedetti-Pichler Award. Dr. Stalcup is the author of over 100 publications, reviews, book chapters and one patent. She has served as the thesis/dissertation advisor or mentor to 32 postgraduate and Postdoctoral Fellows. She is a Fellow of the Institute of Chemistry of Ireland, the Royal Society of Chemistry, a member of the American Chemical Society, the American Association of the Advancement of Science and Sigma Xi. She currently serves on the Royal Society of Chemistry Analytical Division Council, is a Contributing Editor for Trends in Analytical Chemistry and serves on the Editorial Board for Journal of Liquid Chromatography and Related Techniques. She is the Co-Chair (with Prof. Jeremy Glennon, University College Cork) of the 31st International Symposium on Chromatography in 2016.
Dermot Diamond received his Ph.D. and D.Sc. from Queen’s University Belfast and joined DCU in 1987. He was Vice-President for Research at Dublin City University (2002-2004) and was director (2007-2015) and founding member of the National Centre for Sensor Research (www.ncsr.ie) at DCU. In 2002, he was awarded the inaugural silver medal for Sensor Research by the Royal Society of Chemistry, London. He was awarded the DCU President’s Award for Research Excellence (2006) and the DCU President’s Award for Innovation (2015). In May 2014, in recognition of his academic contributions and achievements, he was admitted to Membership of the Royal Irish Academy. In April 2015 he was awarded the Boyle Higgins Gold Medal by the Institute of Chemistry of Ireland in recognition of his research achievements. In 2018, his contributions to music, arts and culture were recognized by the award of an honorary Doctorate by Ulster University (D.Litt). He is currently a principal investigator in the SFI INSIGHT Centre (http://www.insight-centre.org) and co-chair of the EU Future and Emerging Technologies programme advisory group (FETAG) dealing with topic selection for very large scale FET-Flagship initiatives, and strategy related to the FETopen and FETproactive programmes. His research is focused on the fundamental science of stimuli responsive polymers, the development of futuristic autonomous chemical sensing platforms, and the use of analytical devices and sensors as information providers for wireless networked systems i.e. building a continuum between the digital and molecular worlds.
Robert Forster holds the Chair of Physical Chemistry within the School of Chemical Sciences at Dublin City University and is the Director of the strategically important National Centre for Sensor research. He is the author/co-author of more than 230 manuscripts and reviews, supervised more than 35 PhD and M.Sc. students to completion, mentored more than 40 Post-Doctoral Fellows and has been a Visiting Scientist to the California Institute of Technology and the University of California at Berkeley. He has served as DCU Dean of Research and Associate Dean of the Faculty of Science and Health with responsibility for research. He has received the President’s Research Award and was the first Irish based electrochemist to present an invited talk at the Gordon Research Conference on Electrochemistry. He has contributed invited articles to more than eight Festschrift Issues celebrating the accomplishments of distinguished international scientists. He is a member of the Editorial Board of Electrochemical Communications (http://www.journals.elsevier.com/electrochemistry-communications ). He has been deeply involved in major national research programmes including the establishment of the National Centre for Sensor Research, the Biomedical Diagnostics Centre and the NanoBioAnalytical Research Facility at DCU.
Dr. Morrin works in the field of electroanalytical device development for environmental and biomedical sensing applications and has published 50 research papers and has several book chapters in fields ranging from electrochemical biosensing to novel nanomaterials.
She is an academic member of the National Centre for Sensor Research (NCSR) and a funded investigator with INSIGHT Centre for Data Analytics. Her expertise is in developing and studying functional (and stimuli-responsive) materials with improved performances using electrochemical techniques. Integration of these materials into microfluidic platforms for sensor and analytical device development is also an activity in her research group.
Dr Morrin currently holds a Career Development Award from SFI developing research in the area of epidermal sensing and wearable where she is interested in developing novel analytical approaches to monitoring the skin organ from a health perspective. Dr. Morrin has experience in managing projects as Principle Investigator in a number of national and international grants (over €2 million in total) and has good industrial links, for example through the IRC-employment-based postgraduate programme scheme with T.E. laboratories. She also has an ongoing contract research relationship with Abbott Diagnostics® (Ireland).
Brian Kelleher Lecturer, School of Chemical Sciences, DCU. Feb. 2004 to July 2005; Postdoc. With Dr Andre Simpson, Dept. of Physical and Environmental Sciences, University of Toronto. Set-up and method development of advanced analytical hyphenated methods: Liquid Chromatography (LC) - Mass Spectroscopy (MS)-Solid Phase Extraction (SPE) - Nuclear Magnetic Resonance (NMR). July 2002- Feb. 2004; Postdoctoral Researcher with Prof. William Kingery, Department of Plant and Soil Sciences, Mississippi State University. Catalytic activity of enzymes immobilised on organo-minerals. Characterisation of organic/inorganic component of deep-sea sediments associated with gas hydrates. Feb. 2001-July 2002; Project Manager for an EPA (Ireland) funded research project that resulted in a successful demonstration of the fluidised bed combustion of animal waste to produce heat and electricity. 1997-2001: PhD. Dr Tom O'Dwyer, development of sorbents for organic compounds, University of Limerick.
Dr. Whites research interests focus on the development of intelligent analysis tools and the application of analytical chemistry for the investigation of chemical and biochemical processes in the world around us.
A primary focus of her research is the elucidation of molecular mechanisms which initiate and propagate oxidative stress, particularly that which leads to DNA damage. This type of damage has been linked to mutagenesis, neurological disease and aging, and understanding the underlying mechanisms has the potential to enable us to develop tailored therapies to combat these diseases.
A further research focus is the development of analytical platforms. She coordinates the Interreg-funded project Monitool , which seeks to develop new tools for monitoring the chemical status in transitional and coastal waters under the Water Framework Directive.
Dr. White also researches unique bioactive and nutrition profiles in Irish food. She is currently exploring the bioactive profiles for Irish honeys from across the island, investigating both honeybee and bumblebee honey and is a founding member of the Irish Bee and Pesticide Network.
Dr. White hasve worked extensively with industry, with previous research projects in collaboration with Allergan Ltd., Pfizer Ltd. and Proctor and Gamble Ltd. My Her group has ongoing research projects with Alltech (Ireland) in the area of oxidative DNA damage.
Mercedes Vázquez is Assistant Professor in Analytical Chemistry at the School of Chemical Sciences, Dublin City University (DCU), since 2014. She is also a principal investigator at the National Centre for Sensor Research (NCSR), DCU. She received her MSc in Analytical Chemistry from the University of Oviedo (Spain) in 1998. In 1999, she joined the Laboratory of Analytical Chemistry at Åbo Akademi University (Turku, Finland) as an ERASMUS exchange student, where she continued till obtaining her PhD from Åbo Akademi in 2005. During this period, she worked on the development of potentiometric ion sensors based on conducting polymers for various applications such as chemical process control and clinical analysis. In 2006, she took up a postdoctoral position within the Centre for Bioanalytical Sciences (CBAS) at DCU, where she primarily focused on the development of analytical methods and technologies for the rapid screening of very complex media in biopharmaceutical processes. She then joined the Irish Separation Science Cluster (ISSC), DCU, in 2009, where she coordinated a research program focused on the development of novel microfluidic platforms for a wide range of (bio)analytical applications, including biotechnology and environmental analysis.
Organometallic research at Dublin City University is currently focused on the photochemical and kinetic properties of organometallic compounds. Our research is primarily based on a study of the reactivity of co-ordinatively unsaturated species and more recently on photinduced insertion processes. The reactive species formed photochemically are characterised from a mixture of kinetic and thermodynamic data utilising UV-vis. laser flash photolysis and matrix isolation techniques.
One particular area that we have become involved in recently, is the photochemistry of heteroaromatic metal carbonyl compounds of d 6 or d 7 metals. These systems tend to be extremely photolabile and exhibit a wavelength dependent photochemistry. For instance a photoinduced insertion into a C-Se bond has been observed recently.
More recently research within the group has extended to the development of theoretical models to describe organometallic compounds, at present we are using ab initio techniques (Gaussian 03). The ultimate aim of these calculations is to predict the photochemistry of the organometallic system and to understand the properties and behaviour of reactive fragments.
Emma Coyle is an Assistant Professor in organic and medicinal chemistry in the School of Chemical Sciences, Dublin City University (DCU), since 2014.
Dr. Coyle received her BSc in Chemical and Pharmaceutical Sciences and PhD in Organic Photochemistry from DCU. She then joined the School of Chemistry in the University of Nottingham as a research fellow in the groups of Prof. Rob Stockman and Dr Ross Denton, in collaboration with Prof. Sean Rigby in the Department of Chemical and Environmental Engineering. In 2011, she re-joined DCU as a postdoctoral researcher in the group of Dr Chris O’Brien in the National Centre for Sensor Research (NCSR). Throughout these experiences she focused on research in organic synthesis, in particular development of novel methodologies or green routes to high-value molecules.
Current research interests include synthesis and structural systematics of benzamides, carbamates and imides as well as macrocyclic imide synthesis of trezimides and tennimides. Recent papers have included studies on halogen bonding and the importance of weak interactions in influencing crystal structure formation.
B. Sc.(Hons), Chemistry, University College Dublin 1979. M. Sc., Chemistry, University College Dublin 1980. Ph. D., Chemistry, University College Dublin 1984.
Jamie is a materials scientist with extensive expertise with materials for energy conversion. His research interests include small molecule photo- and electrocatalytic transformations for solar fuel synthesis (CO2 reduction and water splitting), 2D materials, polymers, polyoxometalates and in-situ analysis using spectroelectrochemistry.
After a BSc and PhD in DCU, Jamie undertook postdoctoral positions at the Queen's University, Belfast, and the University of Liverpool. In October 2016 Jamie returned to DCU to establish his independent research group when made PI of a highly prestigious SFI SIRG fellowship.
Jamie has published multiple articles in high quality peer reviewed journals, delivered presentations at national and international conferences, and has reviewed extensively for the RSC, ACS and NPG. He is a member of the RSC and the ISE.
Lecturer, School of Chemical Sciences, DCU. Feb. 2004 to July 2005; Postdoc. With Dr Andre Simpson, Dept. of Physical and Environmental Sciences, University of Toronto. Set-up and method development of advanced analytical hyphenated methods: Liquid Chromatography (LC) - Mass Spectroscopy (MS)-Solid Phase Extraction (SPE) - Nuclear Magnetic Resonance (NMR). July 2002- Feb. 2004; Postdoctoral Researcher with Prof. William Kingery, Department of Plant and Soil Sciences, Mississippi State University. Catalytic activity of enzymes immobilised on organo-minerals. Characterisation of organic/inorganic component of deep-sea sediments associated with gas hydrates. Feb. 2001-July 2002; Project Manager for an EPA (Ireland) funded research project that resulted in a successful demonstration of the fluidised bed combustion of animal waste to produce heat and electricity. 1997-2001: PhD. Dr Tom O'Dwyer, development of sorbents for organic compounds, University of Limerick.
Odilla Finlayson is an Associate Professor in Science Education in the School of Chemical Sciences at Dublin City University (DCU). She was a recipient of the Teaching Fellowship in 2001 and the DCU President‘s Award for Teaching and Learning in 2007. She has served on the Education Council of the professional bodies RSC (Royal Society of Chemistry) and ICI (Institute of Chemistry of Ireland) in several capacities and remains active on these bodies. She is involved in selection and training of the Irish teams for participation in the Olympiads IIJSO, EUSO and IChO and is the Country Co-ordinator for EUSO.

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tia keyes is full professor of physical chemistry at the school of chemical sciences, where she has been a member of academic staff since 2002. her research interests lie in the fields of molecular spectroscopy & photophysics and in supramolecular & interfacial chemistry. she is particularly interested in applications of these fields to biological problems, including cell imaging/environmental mapping, cell capture, sensing and membrane mimetics. tia’s research team are based between the school of chemical sciences and the national biophotonics and imaging platform ireland (nbipi) www.nbipireland.ie/ which is housed within the national centre for sensor research www.ncsr.ie tia is an academic member of the biomedical diagnostics institute (www.bdi.ie) and currently co-node leader (britain and ireland) on the biophotonics4life consortium (http://www.biophotonicsworld.org. tia is also currently coordinator of the national biophotonics and imaging platform at dcu. collaborators: prof. robert forster, dcu, prof. alan m. bond, monash university, australia, dr grace morgan, ucd, dr. james rice, ucd. dr. tim mccormack, dkit, prof. tony wedd, university of melbourne, australia, prof niamh moran rcsi, dr marc devocelle, rcsi, prof l cronin, univ glasgow, uk, prof. mario reuben, univ. of karlsruhe, prof conor long, dcu, prof barry lentz, university of north carolina, chapel hill, prof emmanuel iwuoha, univ. of western cape, prof vickie mckee, univ of loughborough, prof jane nelson.
silvia giordani is full professor, chair of nanomaterials within the school of chemical sciences at dublin city university and is a member of the strategically important national centre for sensor research. she received her phd in chemistry from the university of miami, usa and carried out postdoctoral research at trinity college dublin (tcd), ireland and at the university of trieste, italy. in 2007 she received the prestigious president of ireland young researcher award and was a research assistant professor at tcd from 2007 to 2013. since september 2013 she has been leading the new “nano carbon materials” research lab at the istituto italiano di tecnologia (iit) and in december 2016 she was appointed associate professor in organic chemistry at the university of turin, italy. she has served as the thesis/dissertation advisor or mentor to 43 undergraduate, postgraduate and postdoctoral fellows.
prof. giordani research interests are on the design, synthesis, and characterization of a wide range of nanomaterials that are intended for applications in smart and responsive bio-related nanotechnologies. she has authored approx. 100 peer-reviewed publications, reviews and book chapters, including chemistry society reviews, nature nanotechnology, pnas, advanced materials, acs nano, small and j. am. chem. soc. that collectively have received over 5,500 citations. her results have been highlighted in journals such as science, nature, and new scientist. she has presented her work at numerous conferences around the world e.g. in united states, canada, japan, new zealand, saudi arabia, india, argentina, brazil, chile and across most of europe.
she was awarded the 2012 l’oréal uk & ireland fellowship for women in science and in 2014 she has been invited to give a “women in science” masterclass at the royal irish academy. in 2018 she was awarded the william evans visiting fellowship from the university of otago (new zealand) and is visiting scientist to the bio-nano institute at toyo university (japan).
since april 2016 she is the working group leader and management committee member for the cost action ca15107 “multi‐functional nano‐carbon composite materials network” (multicomp).
mary pryce is an associate professor of inorganic chemistry at the school of chemical sciences. her areas of research interest span: organometallic photochemistry, molecular spectroscopy, co releasing molecules, singlet-oxygen generation, photo- and electro-catalytic routes to hydrogen generation and the reduction of carbon dioxide.
the focus of the pryce group is the photo- and electro-activation of organometallic complexes. we are currently working on novel materials which can deliver co as site specific therapeutic agents or generate singlet oxygen. also of interest are systems that can reduce water to hydrogen and carbon dioxide to useful chemical feedstocks. of primary importance to all of these studies is an understanding of the photophysics of excited states. time-resolved spectroscopy such as time-resolved infrared (trir) spectroscopy has been used to probe the early excited state dynamics. such studies and the insights obtained are essential in the design of novel and more efficient systems for specific applications. transient absorption spectroscopy provides essential information on the reactivity of the resulting photoproducts and matrix isolation techniques can help with the structural characterisation of these products.
andrew kellett is principle investigator and associate professor of medicinal inorganic chemistry in the school of chemical sciences at dublin city university, ireland. his group are based at the national institute for cellular biotechnology (nicb) and nano-bioanalytical research facility (nrf) and focus on discovery of metallodrug-nucleic acid interactions for biochemical and therapeutic application. he is coordinator of the horizon 2020 marie skłodowska-curie innovative training network (itn) click gene, the science foundation ireland (sfi) career development award polynuclear platinum (ii) biomaterials (pptbio) for antisense therapeutic application and detection of human genetic disease, and his lab is also supported by the irish research council and the science foundation ireland funded synthesis and solid-state pharmaceutical centre. he completed his b.sc. (1st class) in chemistry from nui maynooth, received his ph.d. in 2007 under the guidance of prof. m. devereux at the dublin institute of technology (dit) and dr. maureen walsh at the institute of technology tallaght, dublin (ittd). he was then appointed as a.f. graves postdoctoral fellow at the focas research institute until 2011 and thereafter joined the school of chemical sciences at dublin city university.
dr. kerrigan obtained his b.sc. in chemistry from university college dublin (1992-1996). he then completed his ph.d. in chemistry at university college dublin (1996-2000) under the direction of professor declan g. gilheany. he spent a year in industry working as a process development chemist for merck in ballydine before carrying out postdoctoral research at the university of glasgow (2002-2004) with professor david j. procter. he carried out further postdoctoral research at the university of pittsburgh (2004-2006) with prof. scott g. nelson. in 2006 dr. kerrigan began his independent research career at oakland university in michigan. in august 2017, dr. kerrigan returned to ireland to take up a position as lecturer in the school of chemical sciences at dublin city university. the kerrigan group carries out research in the area of synthetic organic chemistry. most of the group’s work is of the basic/fundamental chemistry research kind and is focused on the development of new efficient methods for the construction of biologically interesting and pharmaceutically important organic molecules.
anthony reilly's research is in the area of modelling and understanding the structure and properties of molecular materials. of particular interest is understanding polymorphism and solid-form landscapes of active pharmaceutical ingredients, which are both key to understanding risks and opportunities during drug product development. the elastic and mechanical response of molecular crystals is another area of active research. techniques being applied and developed include first-principles calculations, including many-body vdw models, empirical-potential simulations and structural informatics based on the cambridge structural database.
kieran nolan completed his phd in 1996 at york university (toronto, canada) under the supervision of professor clifford leznoff. after completing his phd kieran worked both as a research chemist in the pharmaceutical industry in toronto (novopharm lmt.) and then as a formulation chemist in the development of new polymer laminates in toronto/south carolina. in 1998 kieran came to ireland and joined professor dermot diamond’s research group in the ncsr. in 2001 kieran was appointed lecturer in the school of chemical sciences. in 2012 kieran became a senior lecturer and was then appointed head of school of chemical sciences in 2014.
3) development of new photosensitisers and chemoreceptors for application in sensors/heavy metal extraction technologies and medicinal chemistry.
present commercial collaborations: astellas, abp, veolia, dr reddy's and te labs.
apryll stalcup is full professor of chemical sciences at dublin city university. she received a bs in chemistry from california state university-sacramento (1979) and her phd from georgetown university in washington, dc (1988). she was a co-op fellow at the national institute of standards and technology (nist) in gaithersburg, maryland (1985-1988). after a postdoctoral fellowship at the university of missouri-rolla, she moved to the university of hawaii-manoa in 1990. in 1996, she moved to the university of cincinnati and promoted to full professor in 2001. she moved to dublin city university in 2012 dr. stalcup’s research interests are in separation science. her group pioneered the use sulfated-β-cyclodextrin, heparin and quinine as chiral additives in capillary electrophoresis. they have been very active in the application of surface-confined ionic liquids (scil) and demonstrated their wide application range (e.g., reversed phase, normal phase, ion exchange and ion exclusion).
in 2011, she was awarded the cincinnati chemist of the year by the cincinnati section of the american chemical society. in 2015, she received the american micro chemical society a. a. benedetti-pichler award. dr. stalcup is the author of over 100 publications, reviews, book chapters and one patent. she has served as the thesis/dissertation advisor or mentor to 32 postgraduate and postdoctoral fellows. she is a fellow of the institute of chemistry of ireland, the royal society of chemistry, a member of the american chemical society, the american association of the advancement of science and sigma xi. she currently serves on the royal society of chemistry analytical division council, is a contributing editor for trends in analytical chemistry and serves on the editorial board for journal of liquid chromatography and related techniques. she is the co-chair (with prof. jeremy glennon, university college cork) of the 31st international symposium on chromatography in 2016.
dermot diamond received his ph.d. and d.sc. from queen’s university belfast and joined dcu in 1987. he was vice-president for research at dublin city university (2002-2004) and was director (2007-2015) and founding member of the national centre for sensor research (www.ncsr.ie) at dcu. in 2002, he was awarded the inaugural silver medal for sensor research by the royal society of chemistry, london. he was awarded the dcu president’s award for research excellence (2006) and the dcu president’s award for innovation (2015). in may 2014, in recognition of his academic contributions and achievements, he was admitted to membership of the royal irish academy. in april 2015 he was awarded the boyle higgins gold medal by the institute of chemistry of ireland in recognition of his research achievements. in 2018, his contributions to music, arts and culture were recognized by the award of an honorary doctorate by ulster university (d.litt). he is currently a principal investigator in the sfi insight centre (http://www.insight-centre.org) and co-chair of the eu future and emerging technologies programme advisory group (fetag) dealing with topic selection for very large scale fet-flagship initiatives, and strategy related to the fetopen and fetproactive programmes. his research is focused on the fundamental science of stimuli responsive polymers, the development of futuristic autonomous chemical sensing platforms, and the use of analytical devices and sensors as information providers for wireless networked systems i.e. building a continuum between the digital and molecular worlds.
robert forster holds the chair of physical chemistry within the school of chemical sciences at dublin city university and is the director of the strategically important national centre for sensor research. he is the author/co-author of more than 230 manuscripts and reviews, supervised more than 35 phd and m.sc. students to completion, mentored more than 40 post-doctoral fellows and has been a visiting scientist to the california institute of technology and the university of california at berkeley. he has served as dcu dean of research and associate dean of the faculty of science and health with responsibility for research. he has received the president’s research award and was the first irish based electrochemist to present an invited talk at the gordon research conference on electrochemistry. he has contributed invited articles to more than eight festschrift issues celebrating the accomplishments of distinguished international scientists. he is a member of the editorial board of electrochemical communications (http://www.journals.elsevier.com/electrochemistry-communications ). he has been deeply involved in major national research programmes including the establishment of the national centre for sensor research, the biomedical diagnostics centre and the nanobioanalytical research facility at dcu.
dr. morrin works in the field of electroanalytical device development for environmental and biomedical sensing applications and has published 50 research papers and has several book chapters in fields ranging from electrochemical biosensing to novel nanomaterials.
she is an academic member of the national centre for sensor research (ncsr) and a funded investigator with insight centre for data analytics. her expertise is in developing and studying functional (and stimuli-responsive) materials with improved performances using electrochemical techniques. integration of these materials into microfluidic platforms for sensor and analytical device development is also an activity in her research group.
dr morrin currently holds a career development award from sfi developing research in the area of epidermal sensing and wearable where she is interested in developing novel analytical approaches to monitoring the skin organ from a health perspective. dr. morrin has experience in managing projects as principle investigator in a number of national and international grants (over €2 million in total) and has good industrial links, for example through the irc-employment-based postgraduate programme scheme with t.e. laboratories. she also has an ongoing contract research relationship with abbott diagnostics® (ireland).
brian kelleher lecturer, school of chemical sciences, dcu. feb. 2004 to july 2005; postdoc. with dr andre simpson, dept. of physical and environmental sciences, university of toronto. set-up and method development of advanced analytical hyphenated methods: liquid chromatography (lc) - mass spectroscopy (ms)-solid phase extraction (spe) - nuclear magnetic resonance (nmr). july 2002- feb. 2004; postdoctoral researcher with prof. william kingery, department of plant and soil sciences, mississippi state university. catalytic activity of enzymes immobilised on organo-minerals. characterisation of organic/inorganic component of deep-sea sediments associated with gas hydrates. feb. 2001-july 2002; project manager for an epa (ireland) funded research project that resulted in a successful demonstration of the fluidised bed combustion of animal waste to produce heat and electricity. 1997-2001: phd. dr tom o'dwyer, development of sorbents for organic compounds, university of limerick.
dr. whites research interests focus on the development of intelligent analysis tools and the application of analytical chemistry for the investigation of chemical and biochemical processes in the world around us.
a primary focus of her research is the elucidation of molecular mechanisms which initiate and propagate oxidative stress, particularly that which leads to dna damage. this type of damage has been linked to mutagenesis, neurological disease and aging, and understanding the underlying mechanisms has the potential to enable us to develop tailored therapies to combat these diseases.
a further research focus is the development of analytical platforms. she coordinates the interreg-funded project monitool , which seeks to develop new tools for monitoring the chemical status in transitional and coastal waters under the water framework directive.
dr. white also researches unique bioactive and nutrition profiles in irish food. she is currently exploring the bioactive profiles for irish honeys from across the island, investigating both honeybee and bumblebee honey and is a founding member of the irish bee and pesticide network.
dr. white hasve worked extensively with industry, with previous research projects in collaboration with allergan ltd., pfizer ltd. and proctor and gamble ltd. my her group has ongoing research projects with alltech (ireland) in the area of oxidative dna damage.
mercedes vázquez is assistant professor in analytical chemistry at the school of chemical sciences, dublin city university (dcu), since 2014. she is also a principal investigator at the national centre for sensor research (ncsr), dcu. she received her msc in analytical chemistry from the university of oviedo (spain) in 1998. in 1999, she joined the laboratory of analytical chemistry at åbo akademi university (turku, finland) as an erasmus exchange student, where she continued till obtaining her phd from åbo akademi in 2005. during this period, she worked on the development of potentiometric ion sensors based on conducting polymers for various applications such as chemical process control and clinical analysis. in 2006, she took up a postdoctoral position within the centre for bioanalytical sciences (cbas) at dcu, where she primarily focused on the development of analytical methods and technologies for the rapid screening of very complex media in biopharmaceutical processes. she then joined the irish separation science cluster (issc), dcu, in 2009, where she coordinated a research program focused on the development of novel microfluidic platforms for a wide range of (bio)analytical applications, including biotechnology and environmental analysis.
organometallic research at dublin city university is currently focused on the photochemical and kinetic properties of organometallic compounds. our research is primarily based on a study of the reactivity of co-ordinatively unsaturated species and more recently on photinduced insertion processes. the reactive species formed photochemically are characterised from a mixture of kinetic and thermodynamic data utilising uv-vis. laser flash photolysis and matrix isolation techniques.
one particular area that we have become involved in recently, is the photochemistry of heteroaromatic metal carbonyl compounds of d 6 or d 7 metals. these systems tend to be extremely photolabile and exhibit a wavelength dependent photochemistry. for instance a photoinduced insertion into a c-se bond has been observed recently.
more recently research within the group has extended to the development of theoretical models to describe organometallic compounds, at present we are using ab initio techniques (gaussian 03). the ultimate aim of these calculations is to predict the photochemistry of the organometallic system and to understand the properties and behaviour of reactive fragments.
emma coyle is an assistant professor in organic and medicinal chemistry in the school of chemical sciences, dublin city university (dcu), since 2014.
dr. coyle received her bsc in chemical and pharmaceutical sciences and phd in organic photochemistry from dcu. she then joined the school of chemistry in the university of nottingham as a research fellow in the groups of prof. rob stockman and dr ross denton, in collaboration with prof. sean rigby in the department of chemical and environmental engineering. in 2011, she re-joined dcu as a postdoctoral researcher in the group of dr chris o’brien in the national centre for sensor research (ncsr). throughout these experiences she focused on research in organic synthesis, in particular development of novel methodologies or green routes to high-value molecules.
current research interests include synthesis and structural systematics of benzamides, carbamates and imides as well as macrocyclic imide synthesis of trezimides and tennimides. recent papers have included studies on halogen bonding and the importance of weak interactions in influencing crystal structure formation.
b. sc.(hons), chemistry, university college dublin 1979. m. sc., chemistry, university college dublin 1980. ph. d., chemistry, university college dublin 1984.
jamie is a materials scientist with extensive expertise with materials for energy conversion. his research interests include small molecule photo- and electrocatalytic transformations for solar fuel synthesis (co2 reduction and water splitting), 2d materials, polymers, polyoxometalates and in-situ analysis using spectroelectrochemistry.
after a bsc and phd in dcu, jamie undertook postdoctoral positions at the queen's university, belfast, and the university of liverpool. in october 2016 jamie returned to dcu to establish his independent research group when made pi of a highly prestigious sfi sirg fellowship.
jamie has published multiple articles in high quality peer reviewed journals, delivered presentations at national and international conferences, and has reviewed extensively for the rsc, acs and npg. he is a member of the rsc and the ise.
lecturer, school of chemical sciences, dcu. feb. 2004 to july 2005; postdoc. with dr andre simpson, dept. of physical and environmental sciences, university of toronto. set-up and method development of advanced analytical hyphenated methods: liquid chromatography (lc) - mass spectroscopy (ms)-solid phase extraction (spe) - nuclear magnetic resonance (nmr). july 2002- feb. 2004; postdoctoral researcher with prof. william kingery, department of plant and soil sciences, mississippi state university. catalytic activity of enzymes immobilised on organo-minerals. characterisation of organic/inorganic component of deep-sea sediments associated with gas hydrates. feb. 2001-july 2002; project manager for an epa (ireland) funded research project that resulted in a successful demonstration of the fluidised bed combustion of animal waste to produce heat and electricity. 1997-2001: phd. dr tom o'dwyer, development of sorbents for organic compounds, university of limerick.
odilla finlayson is an associate professor in science education in the school of chemical sciences at dublin city university (dcu). she was a recipient of the teaching fellowship in 2001 and the dcu president‘s award for teaching and learning in 2007. she has served on the education council of the professional bodies rsc (royal society of chemistry) and ici (institute of chemistry of ireland) in several capacities and remains active on these bodies. she is involved in selection and training of the irish teams for participation in the olympiads iijso, euso and icho and is the country co-ordinator for euso.


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More than a 30 year tradition of dental excellence!
Your Caring & Compassionate Dental Team Awaits!
Every Stage Of Life. Every Dental Need.
Offering convenient, personalized and comfortable dental services in Idaho Falls, Rexburg and Arco - to better serve you!
Ensuring Five-Star, top quality dental experiences for all of our patients! Our reviews speak to our quality.
We currently accept most local and major medical insurance carriers. Call to find out if your health insurance is accepted.
Rexburg and Arco Locations Too!
Eagle Rock Dental Care is part of a 46-year local tradition of personalized comfort and care offering you convenient before and after work or school appointments. We have dedicated our professional careers to providing you with the best that dentistry has to offer by continually educating ourselves on the latest dental techniques and approaches. Our Team at Eagle Rock Dental Care offers you and your family the most state-of-the-art, antiseptic, comfortable and personalized dental care available. We have the best atmosphere for kids and are well known for being the best pediatric dentist in Idaho Falls. Come experience Eagle Rock Dental Care – we believe you will see the difference.
In 2006 we expanded our team to include our Rexburg Dentist location at 556 Trejo Suite C. An extension of our tradition of personalized comfort and care this convenient Rexburg location also offers state-of-the-art, comfortable and personalized care our patients have come to expect with the convenience of before and after work or school appointments.
In September of 2015, we relocated our Idaho Falls Dentist office to our brand new, state of the art dental care facility at 1820 John Adams Parkway, just moments away from our previous Woodruff Avenue location. We are still offering the same outstanding dental care, only at a new facility aimed to better serve our patients.

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more than a 30 year tradition of dental excellence!
your caring & compassionate dental team awaits!
every stage of life. every dental need.
offering convenient, personalized and comfortable dental services in idaho falls, rexburg and arco - to better serve you!
ensuring five-star, top quality dental experiences for all of our patients! our reviews speak to our quality.
we currently accept most local and major medical insurance carriers. call to find out if your health insurance is accepted.
rexburg and arco locations too!
eagle rock dental care is part of a 46-year local tradition of personalized comfort and care offering you convenient before and after work or school appointments. we have dedicated our professional careers to providing you with the best that dentistry has to offer by continually educating ourselves on the latest dental techniques and approaches. our team at eagle rock dental care offers you and your family the most state-of-the-art, antiseptic, comfortable and personalized dental care available. we have the best atmosphere for kids and are well known for being the best pediatric dentist in idaho falls. come experience eagle rock dental care – we believe you will see the difference.
in 2006 we expanded our team to include our rexburg dentist location at 556 trejo suite c. an extension of our tradition of personalized comfort and care this convenient rexburg location also offers state-of-the-art, comfortable and personalized care our patients have come to expect with the convenience of before and after work or school appointments.
in september of 2015, we relocated our idaho falls dentist office to our brand new, state of the art dental care facility at 1820 john adams parkway, just moments away from our previous woodruff avenue location. we are still offering the same outstanding dental care, only at a new facility aimed to better serve our patients.


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Bobson has taught math at New York City public high schools since 2005. He is a three-time recipient of the Math for America Master Teacher Fellowship , a New York State Master Teacher, and a 2014-15 recipient of the New York Educator Voice Fellowship. Bobson has taught courses at all levels of high school math from Algebra 1 to Pre-Calculus, including Math Team, Math Research, and AP Statistics. He is a member of the Advisory Council of the Museum of Mathematics.
Bobson has written and spoken extensively on mathematics education. He was a panelist for the 2012 PBS television program American Graduate: A Conversation with Teachers, hosted by Ray Suarez. In 2013, he co-authored an article about teaching geometry for the National Council of Teachers of Mathematics Mathematics Teacher journal. His op-ed articles have appeared in the Queens Tribune, Washington Post, and Math for America Teacher Voices blog.
Bobson has also worked to improve the quality of education in New York State. In 2015, he served on the New York State Education Department (NYSED)'s Committee for Regents Exam in Geometry (Common Core) Standard Setting. In 2016, he was selected to NYSED’s Common Core Mathematics Standards Review Committee, which reviewed and revised the Common Core standards for the state. As an Educational Specialist for NYSED, he writes and edits questions for New York State high school math Regents exams. He was also a member of the United Federation of Teachers's Common Core Standards Task Force. In 2018, he was selected to NYSED's Evaluation Workgroup to Explore Current New York State Requirements and Best Practices for Teacher and Principal Evaluation.
Bobson graduated from the Bronx High School of Science, Princeton University (B.A., history), the University of Wisconsin-Madison (M.A., history), and St. John's University (M.S.Ed., adolescent education, mathematics), where he received his teacher training in the New York City Teaching Fellows program.
Bobson runs Reach the Source, which contains resources related to Common Core high school math in New York State. His Twitter handle is @bobsonwong.

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bobson has taught math at new york city public high schools since 2005. he is a three-time recipient of the math for america master teacher fellowship , a new york state master teacher, and a 2014-15 recipient of the new york educator voice fellowship. bobson has taught courses at all levels of high school math from algebra 1 to pre-calculus, including math team, math research, and ap statistics. he is a member of the advisory council of the museum of mathematics.
bobson has written and spoken extensively on mathematics education. he was a panelist for the 2012 pbs television program american graduate: a conversation with teachers, hosted by ray suarez. in 2013, he co-authored an article about teaching geometry for the national council of teachers of mathematics mathematics teacher journal. his op-ed articles have appeared in the queens tribune, washington post, and math for america teacher voices blog.
bobson has also worked to improve the quality of education in new york state. in 2015, he served on the new york state education department (nysed)'s committee for regents exam in geometry (common core) standard setting. in 2016, he was selected to nysed’s common core mathematics standards review committee, which reviewed and revised the common core standards for the state. as an educational specialist for nysed, he writes and edits questions for new york state high school math regents exams. he was also a member of the united federation of teachers's common core standards task force. in 2018, he was selected to nysed's evaluation workgroup to explore current new york state requirements and best practices for teacher and principal evaluation.
bobson graduated from the bronx high school of science, princeton university (b.a., history), the university of wisconsin-madison (m.a., history), and st. john's university (m.s.ed., adolescent education, mathematics), where he received his teacher training in the new york city teaching fellows program.
bobson runs reach the source, which contains resources related to common core high school math in new york state. his twitter handle is @bobsonwong.


text: Sometimes I take a photo and I can’t wait to see it on my screen when I get home. I don’t actually remember taking this photo, but what a surprise when I saw it up on my screen. The modern house, the red house, the wonderful rich red roads against the brown landscape. The contrast of the brown landscape against the blue sky. Each house looks like it has been picked up and placed just so along the hillside. Each time I look at it, I discover a new hidden treasure among the hillside.

lowercased: sometimes i take a photo and i can’t wait to see it on my screen when i get home. i don’t actually remember taking this photo, but what a surprise when i saw it up on my screen. the modern house, the red house, the wonderful rich red roads against the brown landscape. the contrast of the brown landscape against the blue sky. each house looks like it has been picked up and placed just so along the hillside. each time i look at it, i discover a new hidden treasure among the hillside.


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This product review will go over the quality, installation, fitment, and function of a Shorai battery.
The Shorai battery is an ideal solution when looking to swap out a heavy OEM battery to a much lighter weight saving alternative. These batteries are lithium based, which means they can hold a charge for a long time while also charging very rapidly when needed. Shorai batteries come in a number of sizes which changes based on the cranking amps. If you are looking to shave every last ounce of weight from your car, Shorai offers batteries that weigh less than 4lbs! Since the batteries take advantage of lithium technology, you will need a battery charger specific to the Shorai batteries.
When it comes to batteries, what is inside is what matters the most. Shorai uses modern lithium technology in their batteries, which is very reliable and provides excellent cranking power. There is also no liquid in the battery, like you might find on traditional or OEM batteries. Because there is no liquid, this allows Shorai batteries to be very lightweight and you do not have to worry about battery acid leaking from the battery. The Shorai battery comes in a durable plastic case with attachments for terminals of your choice. I have personally used a Shorai battery in 2 different cars over 2 years, though the cold of winter and the heat of summer. The battery has yet to fail and continues to crank well in the winter time. The saying “you get what you pay for” is very applicable when it comes to Shorai batteries.
Installation of a Shorai battery will depend largely on the vehicle you are installing it on and the kind of mount you have. For my Scion FRS and Subaru BRZ, I have a mount from Kinetic custom machine (no longer in business) that is made specifically for my Shorai LFX24L3-BS12. There are also many alternatives and even a number of DIY (do-it-yourself) options available, for mounting your Shorai battery in your car. Once you have the mount, the installation process is very simple. If you can change a tire on your car then you will likely be able to change out the OEM battery for a Shorai battery. In most cases, it is just a matter of removing a couple of wing nuts and tie down arms, and replacing them with the appropriate mount and bolts.
Fitment for the Shorai battery is going to depend entirely on the mount that you choose. For my mount, the fitment was better than stock. The KCM mount fits the Shorai better and holds it into place more securely than the OEM solution.
From a functionality standpoint, the Shorai delivers. In most cases, you can get improved cranking power compared to your OEM battery. They work well in both warm and cold conditions alike. Probably the most important benefit is again, the weight savings. With my Subaru BRZ OEM battery weighing in at nearly 30lbs, the Shorai battery is eliminating 25lbs of weight by coming in at 5lbs or less!
The Shorai battery line up gets a 5 star rating because of their extremely lightweight, compact size, powerful cranking options, and ease of maintenance.
For roughly $225.00, you can purchase a Shorai LFX24L3-BS12 for your 2013+ Subaru BRZ, Scion FRS, or Toyota 86 at the link below.

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this product review will go over the quality, installation, fitment, and function of a shorai battery.
the shorai battery is an ideal solution when looking to swap out a heavy oem battery to a much lighter weight saving alternative. these batteries are lithium based, which means they can hold a charge for a long time while also charging very rapidly when needed. shorai batteries come in a number of sizes which changes based on the cranking amps. if you are looking to shave every last ounce of weight from your car, shorai offers batteries that weigh less than 4lbs! since the batteries take advantage of lithium technology, you will need a battery charger specific to the shorai batteries.
when it comes to batteries, what is inside is what matters the most. shorai uses modern lithium technology in their batteries, which is very reliable and provides excellent cranking power. there is also no liquid in the battery, like you might find on traditional or oem batteries. because there is no liquid, this allows shorai batteries to be very lightweight and you do not have to worry about battery acid leaking from the battery. the shorai battery comes in a durable plastic case with attachments for terminals of your choice. i have personally used a shorai battery in 2 different cars over 2 years, though the cold of winter and the heat of summer. the battery has yet to fail and continues to crank well in the winter time. the saying “you get what you pay for” is very applicable when it comes to shorai batteries.
installation of a shorai battery will depend largely on the vehicle you are installing it on and the kind of mount you have. for my scion frs and subaru brz, i have a mount from kinetic custom machine (no longer in business) that is made specifically for my shorai lfx24l3-bs12. there are also many alternatives and even a number of diy (do-it-yourself) options available, for mounting your shorai battery in your car. once you have the mount, the installation process is very simple. if you can change a tire on your car then you will likely be able to change out the oem battery for a shorai battery. in most cases, it is just a matter of removing a couple of wing nuts and tie down arms, and replacing them with the appropriate mount and bolts.
fitment for the shorai battery is going to depend entirely on the mount that you choose. for my mount, the fitment was better than stock. the kcm mount fits the shorai better and holds it into place more securely than the oem solution.
from a functionality standpoint, the shorai delivers. in most cases, you can get improved cranking power compared to your oem battery. they work well in both warm and cold conditions alike. probably the most important benefit is again, the weight savings. with my subaru brz oem battery weighing in at nearly 30lbs, the shorai battery is eliminating 25lbs of weight by coming in at 5lbs or less!
the shorai battery line up gets a 5 star rating because of their extremely lightweight, compact size, powerful cranking options, and ease of maintenance.
for roughly $225.00, you can purchase a shorai lfx24l3-bs12 for your 2013+ subaru brz, scion frs, or toyota 86 at the link below.


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Dara joined Taskstream in 2008 and since that time has worked with educational organizations to understand their institutional needs and assist with the implementation of Taskstream solutions to support institutional planning, assessment planning, e‐portfolio initiatives, and engagement and collaboration across the institution. In addition, Dara actively presents at many education and assessment conferences related to this work. Her recent conference and invited presentations include topics such as: using data to drive improvement; effective strategies for supporting e‐portfolio initiatives; assessing student performance using a portfolio‐based approach; establishing a culture of assessment; measuring student learning and program effectiveness; and using Web‐based software to support planning, engagement and collaboration across the college and university. Over the past 20 years, Dara has worked as a researcher, evaluator, developer, teacher, and consultant for a variety of media and education based organizations to integrate media and technology into learning spaces to improve teaching and learning. Dr. Wexler holds a B.A. in Psychology and Communications from the University of Michigan and a Ph.D. and M.S. in Cultural Foundations of Education from Syracuse University.
Resources by Dara Wexler, Ph.D.

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dara joined taskstream in 2008 and since that time has worked with educational organizations to understand their institutional needs and assist with the implementation of taskstream solutions to support institutional planning, assessment planning, e‐portfolio initiatives, and engagement and collaboration across the institution. in addition, dara actively presents at many education and assessment conferences related to this work. her recent conference and invited presentations include topics such as: using data to drive improvement; effective strategies for supporting e‐portfolio initiatives; assessing student performance using a portfolio‐based approach; establishing a culture of assessment; measuring student learning and program effectiveness; and using web‐based software to support planning, engagement and collaboration across the college and university. over the past 20 years, dara has worked as a researcher, evaluator, developer, teacher, and consultant for a variety of media and education based organizations to integrate media and technology into learning spaces to improve teaching and learning. dr. wexler holds a b.a. in psychology and communications from the university of michigan and a ph.d. and m.s. in cultural foundations of education from syracuse university.
resources by dara wexler, ph.d.


text: La Tour Kagurazaka is conveniently located close to 3 subway stations of 5 lines within only 4mins walking distance. Kagurazaka-area is a historical area once full of geisha houses of which the sophisticated atmosphere still remains in the back mix of local and French restaurants. Numerous parks with traditional Japanese garden, supermarkets, banks, hospitals, schools are all in a walking distance. Koichikawa playground is 14mins away by walking where you can play soccer, rubber-ball baseball and softball. The spacious apartment comes 4 patterns of room design and exposure to 2~3 sides with light-flooded windows. The building features sun-flooded garden, free fitness room with the latest exercise equipment, meeting room and magnificent sky lounge with kitchen where you can rent it for exclusively use. 24H reception and concierge services (English service available ), 24H security-monitoring system, earthquake structural designed and preparedness goods of earthquake, your safety here is well protected. Pets are negotiable. With floor heating, walk-in closet and free in-room high-speed LAN cable Internet you will LOVE your cozy life in La Tour Kagurazaka.

lowercased: la tour kagurazaka is conveniently located close to 3 subway stations of 5 lines within only 4mins walking distance. kagurazaka-area is a historical area once full of geisha houses of which the sophisticated atmosphere still remains in the back mix of local and french restaurants. numerous parks with traditional japanese garden, supermarkets, banks, hospitals, schools are all in a walking distance. koichikawa playground is 14mins away by walking where you can play soccer, rubber-ball baseball and softball. the spacious apartment comes 4 patterns of room design and exposure to 2~3 sides with light-flooded windows. the building features sun-flooded garden, free fitness room with the latest exercise equipment, meeting room and magnificent sky lounge with kitchen where you can rent it for exclusively use. 24h reception and concierge services (english service available ), 24h security-monitoring system, earthquake structural designed and preparedness goods of earthquake, your safety here is well protected. pets are negotiable. with floor heating, walk-in closet and free in-room high-speed lan cable internet you will love your cozy life in la tour kagurazaka.


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Casa Eco is located in the prestigious gated community of Mafra. House rental is beautifully situated overlooking the Mafra.
Casa Eco offers exquisite ambiance. The master suite is in the principal home. It contains a large walk in closet, King bed and master bath. Master bedroom has a king bed and not long ago remodeled master bath. The chalet has two more suites, each with full bath, TV, air conditioning, VCR and patio.
Casa Eco will sleep five very comfortably. It is difficult to pass up the magnificent evening wind, the intensive view and the sound of the waves failing on the beach below.
The chalet features a huge living room, dining room and full kitchen which include a complete stove, dishwasher, garbage disposal, side-by-side freezer with water and ice accessory, washer/dryer, and large pantry.
Activities involve world class golf, superb fishing, scuba diving, four wheelers, surfing, sailing, tennis, sunset cruises, jogging. Discover our own exclusive beach with tide pools rich in marine life.
Casa Eco vacation rental rates $795 per week. Multiple night rates are offered upon request.
This truly is an outstanding apartment designed to meet your every vacation needs.

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casa eco is located in the prestigious gated community of mafra. house rental is beautifully situated overlooking the mafra.
casa eco offers exquisite ambiance. the master suite is in the principal home. it contains a large walk in closet, king bed and master bath. master bedroom has a king bed and not long ago remodeled master bath. the chalet has two more suites, each with full bath, tv, air conditioning, vcr and patio.
casa eco will sleep five very comfortably. it is difficult to pass up the magnificent evening wind, the intensive view and the sound of the waves failing on the beach below.
the chalet features a huge living room, dining room and full kitchen which include a complete stove, dishwasher, garbage disposal, side-by-side freezer with water and ice accessory, washer/dryer, and large pantry.
activities involve world class golf, superb fishing, scuba diving, four wheelers, surfing, sailing, tennis, sunset cruises, jogging. discover our own exclusive beach with tide pools rich in marine life.
casa eco vacation rental rates $795 per week. multiple night rates are offered upon request.
this truly is an outstanding apartment designed to meet your every vacation needs.


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Learning and memory are important higher brain functions that represent fundamental mental activity and the maintenance of proper learning and memory function is necessary for maintaining quality of life.
This project aims to understand how the brain memorizes, stores, and as necessary, recalls important information by elucidating the activity of neural and molecular pathways responsible for storage. Simultaneously, it explores at the molecular and circuit levels the causes of memory dysfunction that arises due to aging and neuropsychiatric disease to provide basic data that may contribute toward apposite countermeasures.

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learning and memory are important higher brain functions that represent fundamental mental activity and the maintenance of proper learning and memory function is necessary for maintaining quality of life.
this project aims to understand how the brain memorizes, stores, and as necessary, recalls important information by elucidating the activity of neural and molecular pathways responsible for storage. simultaneously, it explores at the molecular and circuit levels the causes of memory dysfunction that arises due to aging and neuropsychiatric disease to provide basic data that may contribute toward apposite countermeasures.


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Voting opens soon for FIH Hockey Stars 2015!
How do you promote hockey?
We will implement a joined-up approach to marketing hockey, its events and its players, using the international hockey community to deliver global marketing and PR campaigns. Together we will create a consistent and attractive position in the market.

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voting opens soon for fih hockey stars 2015!
how do you promote hockey?
we will implement a joined-up approach to marketing hockey, its events and its players, using the international hockey community to deliver global marketing and pr campaigns. together we will create a consistent and attractive position in the market.


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Jesse McCartney is finally coming to Singapore!
For one-night-only, he will be stopping in Singapore as part of his The Resolution Tour 2019.
He first charmed listeners with his crisp, boyish vocals on his smash hit 'Beautiful Soul', after the release of the debut EP JMac in 2003. Since then, he has opened for Backstreet Boys and New Kids On The Block, gone on numerous headlining tours and released four studio albums, including 2014's In Technicolour. His latest single is 2018's 'Wasted'.
He's also gone on to win a joint Grammy with Ryan Tedder for Leona Lewis' 'Bleeding In Love', which he co-wrote.
Jesse McCartney will perform in Singapore on Sunday, 14 July, at The Gateway Theatre. Tickets, standard at $108 and $128, VIP at $198 and $248, will be available from Friday, 12 April, onwards at all apactix channels.

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jesse mccartney is finally coming to singapore!
for one-night-only, he will be stopping in singapore as part of his the resolution tour 2019.
he first charmed listeners with his crisp, boyish vocals on his smash hit 'beautiful soul', after the release of the debut ep jmac in 2003. since then, he has opened for backstreet boys and new kids on the block, gone on numerous headlining tours and released four studio albums, including 2014's in technicolour. his latest single is 2018's 'wasted'.
he's also gone on to win a joint grammy with ryan tedder for leona lewis' 'bleeding in love', which he co-wrote.
jesse mccartney will perform in singapore on sunday, 14 july, at the gateway theatre. tickets, standard at $108 and $128, vip at $198 and $248, will be available from friday, 12 april, onwards at all apactix channels.


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I feel like I should do an analysis of Always out of pure sympathy.
Very cool! Here's a direct link to the Brightcove video, to do with what you will. EDIT: It's officially on YouTube now too.
David Arnold. Finish and record "I Will Return".
Meh. If they had to change it up, I wish they would've gone full 80s and gotten Giorgio Moroder.
I'm too lazy make a text list, but here's my playlist for Muppets from Space.
It's down to $23.51 now.
SpaceCamp is up for preorder.
It's totally one of my favorite JW pieces ever. I get legit excited whenever NBC uses it for breaking news.
Anybody know if Jack Nitzsche's Starman is stuck at Varèse, or could another label release it?
Robin Hood! On CD! Finally!
Which COMPLETELY UNRELEASED Williams music do YOU most want to see next?
Story of a Woman is number one on my list, for sure.
It was previously reported that the Williams featurette will be a "digital exclusive."
Sometimes I'll starting humming this one and then my brain will turn it into "Celebrate Discovery." It's that first part of the verse that does it.

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i feel like i should do an analysis of always out of pure sympathy.
very cool! here's a direct link to the brightcove video, to do with what you will. edit: it's officially on youtube now too.
david arnold. finish and record "i will return".
meh. if they had to change it up, i wish they would've gone full 80s and gotten giorgio moroder.
i'm too lazy make a text list, but here's my playlist for muppets from space.
it's down to $23.51 now.
spacecamp is up for preorder.
it's totally one of my favorite jw pieces ever. i get legit excited whenever nbc uses it for breaking news.
anybody know if jack nitzsche's starman is stuck at varèse, or could another label release it?
robin hood! on cd! finally!
which completely unreleased williams music do you most want to see next?
story of a woman is number one on my list, for sure.
it was previously reported that the williams featurette will be a "digital exclusive."
sometimes i'll starting humming this one and then my brain will turn it into "celebrate discovery." it's that first part of the verse that does it.


text:
This 36 bed senior care centre includes resident rooms, activity spaces, administration, full service kitchen and conference spaces.
M&R Engineering was responsible for mechanical design including HVAC, Plumbing and Fire Protection as well as electrical design including Lighting, Power, Communications and Security and Sustainability consulting including LEED credit documentation, energy modeling and commissioning.
Heating system includes a closed-loop geothermal system providing heating and cooling.
Service hot water is preheated by a 24 panel solar thermal system.
Energy modeling indicated energy savings in excess of 51% with over 5% coming from renewable energy sources.

lowercased:
this 36 bed senior care centre includes resident rooms, activity spaces, administration, full service kitchen and conference spaces.
m&r engineering was responsible for mechanical design including hvac, plumbing and fire protection as well as electrical design including lighting, power, communications and security and sustainability consulting including leed credit documentation, energy modeling and commissioning.
heating system includes a closed-loop geothermal system providing heating and cooling.
service hot water is preheated by a 24 panel solar thermal system.
energy modeling indicated energy savings in excess of 51% with over 5% coming from renewable energy sources.


text:
Will I be disturbed by odours of tobacco?
Not a chance! Smoking inside the rooms is not allowed.
No, pets are not allowed in Les Roseaux de Pencadénic.
Will I be able to access the internet via Wifi?
yes, we will provide you with the Wifi code (which is less than 10 characters:)) as soon as you arrive.
Do we have to book our meal to eat dinner inside the house?
When can we eat dinner at the guest table?
From April 1st to November 14th.
Where can we eat the rest of the time?
The rest of the time, a small kitchen space is at your disposal. We can also tell you where are the good restaurants of the peninsula, and which ones are close to our house. .
You will have to pay only 6 nights if you stay 7.
Unfortunately, we are not equipped to accept payment by CB.
But we do accept payment by cheques, cash, wire transfer.

lowercased:
will i be disturbed by odours of tobacco?
not a chance! smoking inside the rooms is not allowed.
no, pets are not allowed in les roseaux de pencadénic.
will i be able to access the internet via wifi?
yes, we will provide you with the wifi code (which is less than 10 characters:)) as soon as you arrive.
do we have to book our meal to eat dinner inside the house?
when can we eat dinner at the guest table?
from april 1st to november 14th.
where can we eat the rest of the time?
the rest of the time, a small kitchen space is at your disposal. we can also tell you where are the good restaurants of the peninsula, and which ones are close to our house. .
you will have to pay only 6 nights if you stay 7.
unfortunately, we are not equipped to accept payment by cb.
but we do accept payment by cheques, cash, wire transfer.


text:
Want to work in one of the fastest growing and most innovative businesses at Amazon? Interested in working in a high impact role? Come and join our Kindle team and help define the course of a revolutionary reading device. Kindle wirelessly downloads books, magazines, newspapers, and personal documents to a crisp, high-resolution electronic ink display that looks and reads like real paper.
The Kindle team at Amazon is looking for an innovative, hands-on, and customer-obsessed Sales & Marketing Specialist for Offline Devices team.
The position is based in Amazon’s EU UK offices in Shoreditch.

lowercased:
want to work in one of the fastest growing and most innovative businesses at amazon? interested in working in a high impact role? come and join our kindle team and help define the course of a revolutionary reading device. kindle wirelessly downloads books, magazines, newspapers, and personal documents to a crisp, high-resolution electronic ink display that looks and reads like real paper.
the kindle team at amazon is looking for an innovative, hands-on, and customer-obsessed sales & marketing specialist for offline devices team.
the position is based in amazon’s eu uk offices in shoreditch.


text: Love it Bushboy. Do you mind if I post it on FB??

lowercased: love it bushboy. do you mind if i post it on fb??


text:
This is a National Geographic Ident I created for my Concepts for Motion class at SCAD.
National Geographic has been published continuously since it's first issue in 1888. It has lived through major human events and educated public about it. Events like Moon Landing has helped the humanity to advance in many areas like Science, Space Exploration and Sustainable Living. This Ident is dedicated to their service in providing us with knowledge and educational news.

lowercased:
this is a national geographic ident i created for my concepts for motion class at scad.
national geographic has been published continuously since it's first issue in 1888. it has lived through major human events and educated public about it. events like moon landing has helped the humanity to advance in many areas like science, space exploration and sustainable living. this ident is dedicated to their service in providing us with knowledge and educational news.


text:
Pay the same bill amount every month, regardless of changes in weather or natural gas prices. It’s a weatherproof plan designed for peace of mind.
Eligibility for the Guaranteed Bill plan and the actual Guaranteed Bill amount are subject to a credit approval process. The estimate is valid only for the specified address at the time of request and is subject to change.
We are unable to provide an estimate at this time for the address you provided. Please call us at 888.211.9062 so we can assist you with a quote.
*All quoted Guaranteed Bill amounts are estimates, and eligibility for Guaranteed Bill plans and the actual Guaranteed Bill amounts are subject to the credit approval process. All Guaranteed Bill estimates are valid only for the specified address at the time of this request and subject to change.
Pay the same monthly bill amount for total peace of mind.
A monthly bill amount that won't change, regardless of changes in natural gas rates or weather, even in winter.
This isn't your typical budget billing or levelized plan where you run the risk of getting hit with a hefty bill if you use more gas than expected in the cold weather. With our Guaranteed Bill plan there is no settlement or deferred amount to pay at the end of your plan term. It’s simply a great way to control your natural gas costs with no surprises.
How is it different from other bill options?
Some providers offer “budget billing,” but if you use more gas than expected, they’ll typically charge you the difference at the end of the year.
With Guaranteed Bill, you pay a flat monthly amount and there’s no deferred payment at the end of your plan term.
That means you pay the same flat bill amount for 12 months.
How does it compare to other plans?
Some people confuse "Fixed Price" plans with the "Guaranteed Bill" plan. The primary difference is that with a fixed price plan only the rate, or price per therm, is fixed. That means your monthly bill amount will fluctuate as your gas usage does. This generally causes winter bills to spike during cold weather months.
The price per therm on a variable price plan may change or stay the same each month, and customers on these plans may also endure a spike on their wintertime bills due to higher gas usage or potentially higher prices.
Guaranteed Bill is a flat monthly bill amount tailored to your premises. It provides you with security and protection against potentially increasing gas bills when the weather turns cold. You won’t have to worry about fluctuations in natural gas prices either.
We take the total amount and divide by 12 to determine your Guaranteed Bill amount.
Your Guaranteed Bill amount does not include taxes or one-time charges such as connection charges or late fees. GNG will prorate the Guaranteed Bill Charge for non-standard service periods (those fewer than 27 days or longer than 33 days).
If you are already a Guaranteed Bill Customer and wish to know what your early termination charge is, please refer to the disclosures included in your welcome package, or call GNG Customer Care.

lowercased:
pay the same bill amount every month, regardless of changes in weather or natural gas prices. it’s a weatherproof plan designed for peace of mind.
eligibility for the guaranteed bill plan and the actual guaranteed bill amount are subject to a credit approval process. the estimate is valid only for the specified address at the time of request and is subject to change.
we are unable to provide an estimate at this time for the address you provided. please call us at 888.211.9062 so we can assist you with a quote.
*all quoted guaranteed bill amounts are estimates, and eligibility for guaranteed bill plans and the actual guaranteed bill amounts are subject to the credit approval process. all guaranteed bill estimates are valid only for the specified address at the time of this request and subject to change.
pay the same monthly bill amount for total peace of mind.
a monthly bill amount that won't change, regardless of changes in natural gas rates or weather, even in winter.
this isn't your typical budget billing or levelized plan where you run the risk of getting hit with a hefty bill if you use more gas than expected in the cold weather. with our guaranteed bill plan there is no settlement or deferred amount to pay at the end of your plan term. it’s simply a great way to control your natural gas costs with no surprises.
how is it different from other bill options?
some providers offer “budget billing,” but if you use more gas than expected, they’ll typically charge you the difference at the end of the year.
with guaranteed bill, you pay a flat monthly amount and there’s no deferred payment at the end of your plan term.
that means you pay the same flat bill amount for 12 months.
how does it compare to other plans?
some people confuse "fixed price" plans with the "guaranteed bill" plan. the primary difference is that with a fixed price plan only the rate, or price per therm, is fixed. that means your monthly bill amount will fluctuate as your gas usage does. this generally causes winter bills to spike during cold weather months.
the price per therm on a variable price plan may change or stay the same each month, and customers on these plans may also endure a spike on their wintertime bills due to higher gas usage or potentially higher prices.
guaranteed bill is a flat monthly bill amount tailored to your premises. it provides you with security and protection against potentially increasing gas bills when the weather turns cold. you won’t have to worry about fluctuations in natural gas prices either.
we take the total amount and divide by 12 to determine your guaranteed bill amount.
your guaranteed bill amount does not include taxes or one-time charges such as connection charges or late fees. gng will prorate the guaranteed bill charge for non-standard service periods (those fewer than 27 days or longer than 33 days).
if you are already a guaranteed bill customer and wish to know what your early termination charge is, please refer to the disclosures included in your welcome package, or call gng customer care.


text:
Living in the same universe as The Walking Dead, Fear the Walking Dead is a gritty drama that explores the onset of the undead apocalypse.
Set in a city where people come to bury their pasts, a mysterious outbreak threatens to disrupt what little stability schoolteachers Madison Clark and Travis Manawa have managed to assemble for their family. The pressure of blending their two families is put aside as their necessary survival takes hold, and they must either reinvent themselves or embrace their darker histories.
Gripping, intense a must for all walking dead fans.

lowercased:
living in the same universe as the walking dead, fear the walking dead is a gritty drama that explores the onset of the undead apocalypse.
set in a city where people come to bury their pasts, a mysterious outbreak threatens to disrupt what little stability schoolteachers madison clark and travis manawa have managed to assemble for their family. the pressure of blending their two families is put aside as their necessary survival takes hold, and they must either reinvent themselves or embrace their darker histories.
gripping, intense a must for all walking dead fans.


text:
WordPress WooCommerce Marketplace Advanced Commission allows the admin to set commission on products, categories, and subcategories. The admin can set rule for the commission from the seller.
The commission is the amount which the admin charges from the seller for the sales of the product. It is the structure by which the store owner can generate revenue.
Now the management of the commission by the store owner is made much easy without the requirement any additional manual effort.
The plugin can allow the splitting of the revenue generated by the seller. So, the admin will get in the share of each and every transaction. The admin can easily set in the rules as per the requirement.
This plugin allows admin to set commission at the product level. If admin set commission to a product then it gets higher priority while calculating commission.
If the admin wants to set commission on categories to charge commission from the seller on the basis on categories then, it can be done with the help of this plugin.
Admin can set commission on specific seller categories.
Now admin can even set commission on specific seller also. This is a very effective feature, now admin can provide different commission for different seller categories.
Sometimes there is a requirement that a product lies in a category but admin wants to charge a different commission on that specific product instead of the whole category. So this plugin gives this functionality to admin to set a commission on the specific product.
The rules can add/edit the commission rule wherein the Product based commission has the highest priority.
Thus, the calculation of the commission here is on the basis of percentage or fixed rate.
Its time for the admin to generate more revenue with the help of a pricing structure. The admin can make their own business structure to be in this competitive market.
That’s all for the WordPress WooCommerce Marketplace Advanced Commission Plugin still have any issue feel free to add a ticket and let us know your views to make the plugin better at webkul.uvdesk.com.

lowercased:
wordpress woocommerce marketplace advanced commission allows the admin to set commission on products, categories, and subcategories. the admin can set rule for the commission from the seller.
the commission is the amount which the admin charges from the seller for the sales of the product. it is the structure by which the store owner can generate revenue.
now the management of the commission by the store owner is made much easy without the requirement any additional manual effort.
the plugin can allow the splitting of the revenue generated by the seller. so, the admin will get in the share of each and every transaction. the admin can easily set in the rules as per the requirement.
this plugin allows admin to set commission at the product level. if admin set commission to a product then it gets higher priority while calculating commission.
if the admin wants to set commission on categories to charge commission from the seller on the basis on categories then, it can be done with the help of this plugin.
admin can set commission on specific seller categories.
now admin can even set commission on specific seller also. this is a very effective feature, now admin can provide different commission for different seller categories.
sometimes there is a requirement that a product lies in a category but admin wants to charge a different commission on that specific product instead of the whole category. so this plugin gives this functionality to admin to set a commission on the specific product.
the rules can add/edit the commission rule wherein the product based commission has the highest priority.
thus, the calculation of the commission here is on the basis of percentage or fixed rate.
its time for the admin to generate more revenue with the help of a pricing structure. the admin can make their own business structure to be in this competitive market.
that’s all for the wordpress woocommerce marketplace advanced commission plugin still have any issue feel free to add a ticket and let us know your views to make the plugin better at webkul.uvdesk.com.


text:
Hi, my name is Gary Mann, I am a building services application engineer at Cadline. My role includes training, helpdesk support, software development and testing. For many years I taught building services engineering (HVAC) at an FE colleges and was course tutor for the National and Higher National Certificates and Edexcel External Examiner at London South Bank University for five years.
I also serve on a British Standard Institute committee for pipework related standards. I am also an ex-chairman and active member of the CIBSE Home Counties North East region and was awarded a Bronze Medal for services to the region in 2013. I also worked for the Chartered Institute of Plumbing and Heating Engineering as Technical Officer, which also included a helpdesk for the general public and the Institute’s members, these experiences has given me important skills for my role at Cadline.
Hopefully, I will be talking about my work and how it integrates BIM, sustainable design and energy analysis, but not forgetting the bread and butter aspects of plant sizing and equipment specifying working closely with own development team and our valued customers. If you have any ideas for Cymap features that would make your life a bit easier I would love to hear from you.

lowercased:
hi, my name is gary mann, i am a building services application engineer at cadline. my role includes training, helpdesk support, software development and testing. for many years i taught building services engineering (hvac) at an fe colleges and was course tutor for the national and higher national certificates and edexcel external examiner at london south bank university for five years.
i also serve on a british standard institute committee for pipework related standards. i am also an ex-chairman and active member of the cibse home counties north east region and was awarded a bronze medal for services to the region in 2013. i also worked for the chartered institute of plumbing and heating engineering as technical officer, which also included a helpdesk for the general public and the institute’s members, these experiences has given me important skills for my role at cadline.
hopefully, i will be talking about my work and how it integrates bim, sustainable design and energy analysis, but not forgetting the bread and butter aspects of plant sizing and equipment specifying working closely with own development team and our valued customers. if you have any ideas for cymap features that would make your life a bit easier i would love to hear from you.