Title of Invention: System, method and program product for delivering medical services from a remote location Abstract: A system, program product, and methods related to enhanced medical services delivery to geographically distributed patient populations by remotely located physicians are provided. An embodiment of the system includes a remote medical services server, a plurality of patient electronic medical records stored in the memory of the remote medical services server, and a remote medical services program product stored in the memory of the remote medical services server adapted to access the plurality of patient electronic medical records to thereby allow display of and data entry in a selected patient electronic medical record. A patient medical service delivery station captures patient video images and displays remote physician video images. A remote physician medical service delivery suite in communication with the patient medical service delivery station through the communications network captures remote physician video images and displays patient video images and patient electronic medical records, to allow the remote physician to perform remote patient medical service delivery. Detailed Description: Part general_description_paragraphs: Part RELATED APPLICATIONS: This is a non-provisional patent application, which claims priority from and the benefit of U.S. Provisional Patent Application No. 60/677,709, filed May 4, 2005, titled “System, Method and Program Product for Delivering Medical Services From A Remote Location”, and which is incorporated herein by reference in its entirety. Part BACKGROUND OF THE INVENTION: 1. Field of the Invention The present invention relates to medical service industries and more specifically, to systems, methods, and program products for delivering medical services from remote locations. 2. Description of the Related Art Typically, when a person suffers an illness or injury, that person must have transportation to a medical facility for diagnosis and treatment of the illness or injury. Managed healthcare is an important service provided to various non-medical facilities or institutions, such as, for example, correctional facilities, remote military or scientific bases, and large ships e.g. factory and cruise ships, etc., that have a patient clinic and/or a patient infirmary. Most of such facilities do not, however, have the internal resources to fully provide for all the branches of patient care. Further, smaller communities may be unable to afford a properly staffed medical facility or hospital, may not have enough of a population to support various medical specialties typically serviced by specialist physicians, or may have both adequate funding and population but nevertheless may have an inadequately staffed medical facilities due to physician recruiting difficulties. In less modern times, the delivery of medical services did not require the level of training and education that is required today. For example, historically, most severing wound infections were treated through amputation rather than application of a regiment of antibiotics and/or localized surgery. Due to the advances in modern medicine, the number of illnesses and injuries that can now be treated have significantly increased while the number of properly trained in educated physicians, especially specialist physicians, have not kept pace. As a result, the difficulty of providing timely and cost efficient patient access to such medical professionals has become increasingly complicated, especially in the various non-medical facilities, institutions, and communities, described above, that are unable to support their own fully staffed hospital staffed with a sufficient number of physicians to provide adequate coverage for each medical specialty. For this reason, facilities such as, for example, most large correctional facilities, outsource healthcare to external entities. Other facilities, such as smaller correctional facilities, remote military bases, and the various types of ships, along with small communities, generally either outsource healthcare to the external entities or contract with the external entities to have the requisite medical professionals visit their facilities to perform their respective medical services. Even through the use of outsourcing and the use of external contracts, generally there is still an insufficient pool of specialist physicians. Further, even when there is adequate physician resources, under normal conditions, there is generally an insufficient pool of substitute physicians to provide coverage where a physician is sick or otherwise unable to service his or her appointment schedule. Also, even when a substitute physician or specialist physician is available, a significant amount of such physician's time is wasted in transporting the physicians between their “home” location and the location of the patient. Thus, patients often either need to be transported great distances in order to obtain such services, maximizing the available time of the physician, or the physician is transported to the patients, the result being a fewer number of patients are provided service than would otherwise be, corresponding to the time delay in transporting the physician to the patients. The concept of telemedicine has been in existence for several years and is used widely throughout the country. Such systems, however, are difficult to use, provide poor imaging quality, and either do not provide for real-time feedback between the patient and physician or provide insufficient feedback such that it can not be considered a sufficient substitute for an in-person scheduled routine visit. Further, because telemedicine in its current form does not properly integrate the use of electronic medical records, pharmacy formularies, or medical protocols that reduce the need for discretion on the part of a patient care provider, they provide for an ineffective and non-standardized utilization of the physician resources. Still further, because such systems tend to be implemented either ad hoc, provide block-time physician availability, or are merely established to monitor a patient's condition without real-time patient-physician interactivity, they do not lend themselves to provide cost efficient utilization and prioritization of a remotely positioned physician's available time. Stated another way, they do not provide a physician centered system for delivering healthcare, and thus, ineffectively utilize limited physician resources; the result being difficulty in a patient obtaining desired medical services and increased costs in obtaining such service, when available. Thus, there is a need for an integrated healthcare delivery system that brings healthcare to the patient rather than the patient to healthcare by utilizing 21st century technology. Particularly, there is a need for an integrated healthcare delivery system capable of providing medical services delivery to a patient by a remotely separated physician of such quality and functionality that it can be considered an equivalent if not superior substitute for an in-person consultation. Further, there is a need for an integrated healthcare delivery system that integrates the concept of telemedicine with electronic medical technology, medical protocols, and electronic billing to provide healthcare to patients anytime and anywhere from a remote facility and in both a resource efficient and a cost efficient manner. In addition to the need for such an integrated healthcare delivery system that provides for communication between the physician and the patient, federal regulations, such as the Health Insurance Portability and Accountability Act (HIPAA), related to confidentiality and privacy of individual health records, have created an additional complicating factor for those involved in dealing with medical records in the provision of medical services. The medical records, whether in paper or electronic form, are required to be kept confidential and safeguards are required to be taken to protect such records. For example, many providers have a stated policy prohibiting transfer of information related to an individual's medical record by facsimile transmission because they do not deem this to be a secure transmittal method. Security measures are required to be implemented by those providing healthcare services to limit or control access to confidential medical records. Thus, there is also a need for an integrated healthcare delivery system that can allow for private secure communication of healthcare data between the physician and the patient and throughout the system. Although generally management of chronic diseases is enhanced by maintaining a proper medication regiment, little data is available to perform statistical analysis to determine to what extent deviations from a proper medication regiment effect management of such chronic diseases. Even with the advent of electronic medical records, data is often created and placed sporadically in different records situated at remote locations, making such data difficult to access for analysis. In connection with special facilities such as, for example, nursing homes, assisted living facilities, and correctional facilities, however, data related to patients is maintained to provide the respective facilities with accurate administrative records. Such facilities that have implemented record keeping using electronic records also maintain electronic medical records or medical histories of the patients. The medical records typically have been developed and maintained either by the facilities or by a third party that has been providing healthcare services for the facility system. As described in co-pending U.S. Patent Application Ser. No. 10/806,878 by Clements et al., titled “Pharmaceutical Inventory and Dispensation Computer System and Methods,” incorporated by reference, the electronic medical records can be used to accurately record such events as, for example, provider visit results, prescription histories, lab work results, and the like. Medicinal administrators within such facilities are also required to maintain records associated with the physical administration and dispensation of prescribed medication to patients. With respect to correctional facilities, for example, inmates by law must have proper medical care while in the custody of the correctional facilities. Inmates historically have filed lawsuits against the correctional facilities claiming that they have been denied proper medical care. To provide sufficient evidence that the correctional facilities has exerted its best efforts to provide proper medical care, the correctional facilities can maintain records indicating the time, type, and dosage of medication that was administered to an inmate. A prison guard, present during medication administration, ensures that the inmate actually consumed the prescribed medication, unless, as in rare circumstances, the inmate was allowed to keep the medication on his or her person, which is referred to keep-on-person medication. The correctional facility can further keep records indicating whether or not the inmate has actually consumed the medication. These medical records, and those associated with the other forms of special facilities, can be so specific that, with proper masking of the data with respect to the identification of the patient, researchers can have a readily available database of highly accurate medication administrations including medication route, dose, frequency, duration; and most importantly, compliance, for a plethora of medications that can allow for long-term studies on such medications generated literally at a “moments notice” and without the requisite time delay of forming a test group in order to formulate and execute such studies. Further, due to the use of electronic medical records, this concept could be applied to an entire integrated healthcare system whereby such data can be kept for other members of the populace serviced by such a system, if such system were in existence. Thus, clearly there is a need for an integrated healthcare system that accurately stores patient medication administration data in electronic medical records adequate to provide for statistical analysis of various medications dependent upon the various delivery attributes including medication administration compliance. Part SUMMARY OF THE INVENTION: In view of the foregoing, embodiments of the present invention advantageously provide a system, methods, and program product that can deliver enhanced medical services delivery to geographically distributed patient populations by remotely separated physicians. Embodiments of the present invention provide an integrated healthcare delivery system capable of providing medical services delivery to a patient by a remotely separated physician of such quality and functionality to provide an enhanced substitute for an in-person face-to-face consultation. Embodiments of the present invention provide an integrated healthcare delivery system developed and enhanced by physicians and information technologists that overcomes the challenges of physician availability (or lack thereof), that integrates the concept of telemedicine with electronic medical technology including electronic medical records, medical protocols, electronic billing, and pharmacy services, and that is equally applicable to the Medicare/Medicaid and private healthcare patients, to thereby provide basic patient healthcare services to patients from a remote physician location or facility to a patient at a remote patient location, in both a resource efficient and a cost efficient manner. For example, embodiments of the present invention include a system used to provide medical expertise, e.g., primary and specialized healthcare, from a remotely located physician to remote communities or communities of patients in isolation-including rural communities, cruise ships, prison populations, and to home-based and deployed military personnel including those deployed on ships, as well as those in barracks or field environments. Also for example, according to embodiments of the system, a pharmacy can receive a prescription order for the system, check for patient allergies, alert the physician to harmful drug interactions, check the drug formulary, and send the prescription to any pharmacy of the patient's choosing. Improved information access is also provided for management and administrative functions including operations and financial management. For example, billing and remittances can be sent and received electronically and are instantly available, making the system essentially paperless. Embodiments of the present invention provide a system including a virtual physician's office, referred to as a remote physician medical service delivery suite, that can deliver both primary and specialty care from an environment that resembles a high tech office suite. The suite can provide instant access to a medical library and to a pharmacy system. An electronic medical record, which can contain the same information as a patient's chart, can be updated real-time with patient data including laboratory and radiological reports. X-rays are viewable on the screen at the touch of a button. After electronically examining the patient, the physician can use voice recognition technology to dictate his notes from the appointment. In addition to primary care (general practice and internal medicine), various types of medical specialties supported can include orthopedics, dermatology, cardiology, infectious diseases, and psychiatry, etc. A corresponding patient medical service delivery station typically in the form of a delivery cart or integrated delivery table is positioned at a patient treatment location. The patient's station can incorporate a light table that enables the physician to view a recent x-ray or an ECG received from another source. The physician, for example, need only touch buttons on a control panel in his virtual office to place the light table's subject into the electronic medical record. The patient's station includes either one or two video monitors that allow the patient to see the physician and him/herself. An electronic multi-functional medical camera scope, used to see the patient's throat or ears, and an electronic stethoscope for transmitting heart sounds for diagnostic purposes, are also part of the patient's station. The physician may capture information from these devices and record it in the electronic medical record as a digital image. The patient's station can include lockable cabinets to prevent equipment theft or damage that would otherwise cause an interruption in a scheduled appointment. Further, each piece of the patient's station equipment is preferably modular to enhance ease of replacing a malfunctioning unit to minimize downtime, thus, helping to prevent any interruption in a scheduled appointment. Embodiments of the present invention utilize broadband or satellite telecommunications network to support a live interactive video image between the patient and the physician. According to embodiments of the present invention, the network can be a completely dedicated network referred to as a private physician's network and having no outside connections, that can allow for private secure communication of healthcare data between the physician and the patient and throughout the system, ensuring that patient information cannot be accessed from a computer terminal not sitting on this network. The private physician's network further can provide security features such as, for example, custom encryption software components incorporating use of a rolling security key concept designed to ensure complete security of each communication within the private physician's network. Embodiments of the present invention provide a system of enhanced medical services delivery to a patient located at a patient clinic by a remotely separated physician located at a remote physician site. For example, in an embodiment of the present invention a system includes one or more remote medical information management computers including memory to store data therein to thereby define a remote medical services server. A database associated with the remote medical services server includes a plurality of patient electronic medical records which provide a single consolidated medical service delivery record for a corresponding plurality of patients. Each record is accessible by a patient clinic medical service provider, a medical services scheduler, a utilization review or case management nurse, and the remote physician. The system also includes a remote medical services program product stored in the memory of the remote medical services server. The program product includes a set of instructions adapted to accept remote input from medical personnel to access the plurality of patient electronic medical records, to thereby allow display of and data entry in a selected patient electronic medical record. A dedicated communications link, in communication with the remote medical services server, provides dedicated communications between a patient treatment location and the remote physician site located remote from the patient treatment location. The dedicated communications link is provided to establish a private network connection between the patient treatment location and the remote physician, site, defining a private physician's network. A plurality of patient medical service delivery stations is also provided. Each patient medical service delivery station is preferably positioned in a patient clinic located at the patient treatment location or customer site, and is in communication with the remote medical services server through the private physician's network. Each station has a video conferencing device including a video input and audio input device to capture detailed patient video images and patient audio, and a video display device positioned to be monitored by the patient clinic medical service provider and/or viewed by the patient to provide positive feedback, in the form of both video and audio, between a remote physician and the patient. The system also includes at least one but preferably a plurality of remote physician medical service delivery suites positioned remote from the patient clinic at the remote physician site and in communication with the remote medical services server and each of the plurality of patient medical service delivery stations through the private physician's network. Each suite includes a video conferencing device including a video input and audio input device to capture video images and audio of the remote physician, and a video display device positioned to be monitored by the physician to provide patient audio and to display simultaneously patient areas of interest and patient electronic medical records, to thereby allow the remote physician to perform remote patient medical service delivery through the remote physician medical service delivery suite and a respective patient medical service delivery station. The system also includes at least one medical services scheduler computer positioned remote from the patient treatment location, in communication with the remote medical services server. The medical services scheduler computer includes memory and software stored in the memory adapted to provide access to the remote medical services program product, to allow further screening of the remote physician medical services request, examination of remote physician schedule availability, and scheduling of a remote physician and a patient clinic medical service provider, to thereby initiate remote patient medical service delivery to a preselected patient through one of the plurality of patient medical service delivery stations at a preselected time. The system also includes at least one utilization review or case management nurse computer positioned remote from the treatment location, in communication with the remote medical services server. The utilization review or case management nurse computer includes memory and software stored in the memory adapted to provide access to the remote medical services program product. For utilization review, the utilization review or case management nurse can display predetermined physician screening criteria to evaluate a physician services request, comparing the patient clinical data against the predetermined screening criteria. For case management, the utilization review or case management nurse can display the electronic medical record to review medical service delivery and to obtain follow-up patient disposition data. Embodiments of the present invention include a method of providing enhanced medical services delivery by a remote physician to a patient being serviced in a facility having a medical service provider and a patient medical service delivery station. For example, in an embodiment of the present invention a method includes initiating a remote physician medical service delivery encounter by connecting a remote physician medical service delivery suite to the patient medical service delivery station through a network, the medical service provider assigned to the patient medical service delivery station and the remote physician assigned to a remote physician medical service delivery suite. The method also includes displaying on a remote physician medical service delivery suite videoscreen an electronic medical record of the patient, and providing to the remote physician audio data and visual data of the patient and the medical service provider through the remote physician medical service delivery suite and the patient medical service delivery station, simultaneously while displaying the electronic medical record. Embodiments of the present invention include a method of providing enhanced medical services delivery by a remote specialist physician to a patient being serviced in a facility having a medical service provider and a patient medical service delivery station. For example, in an embodiment of the present invention a method includes evaluating a patient medical services request, comparing patient clinical information contained in the patient medical services request against predetermined screening criteria; generating an automated authorization, responsive to approval data recordation; accessing a patient electronic medical record and admitting the patient to add the patient to a remote physician medical service delivery schedule, to thereby initiate a remote patient medical service encounter with the scheduled remote specialist physician; and providing remote patient medical service delivery through the patient medical service delivery station and a remote physician medical service delivery suite remotely positioned with the scheduled remote specialist physician. Embodiments of the present invention provide a method of generating revenue from and reducing physician costs in providing medical services to a special facility having a patient clinic. For example, in an embodiment of the present invention a method includes contracting for or otherwise establishing a plurality of physical or virtual telecommunication links, e.g., dedicated lines each serially connected or a virtual private network tunnel established over the Internet or other public broadband, between a remote physician facility and a special facility, e.g., assisted living facility, nursing facility, remote patient clinic, or correctional facility, to thereby establish a private network connection between the remote physician facility and the special facility, defining a physician's private network. Further, each remote physician facility can be connected to a plurality of separate substantially similar private networks. Referring to a correctional facility for illustrative purposes, the method also includes establishing patient electronic medical records in a structured database for each pre-identified prison inmate or patient/potential patient in the facility, the database partitioned such that only entities connected to the physician's private network can access the electronic medical records for the particular facility. The method also includes establishing a specific identifier, e.g., an IP address, and password for a patient medical service delivery station positioned in the facility; and establishing a communications interface with a remote medical services program product stored in memory of a remote medical services server associated with the remote physician facility, the interface adapted to accept remote input from correctional facility medical personnel to access the patient electronic medical records. The method further includes establishing a communications interface between a remote physician medical service delivery suite located at the remote physician facility and the patient medical service delivery station positioned in the facility, the interface adapted to provide a video and audio connection between the remote physician medical service delivery suite and the patient medical service delivery station. Embodiments of the present invention provide a method of generating revenue from a patient medication compliance knowledgebase. For example, in an embodiment of the present invention a method includes providing a database stored in memory of a computer for maintaining a plurality of patient specific electronic medical records for individual patients including data indicating a patient medication prescription history for a plurality of prescribed medications having a predetermined set of delivery attributes and a corresponding patient prescription administration compliance history for the prescribed medications; and providing access to the database to perform a statistical analysis study on at least one of the plurality of prescribed medications, the study including analysis of medication compliance with at least one of the delivery attributes. Embodiments of the present invention provide a computer readable medium that is readable by a computer to provide enhanced medical services delivery by a remote physician to a patient being serviced in a facility having a patient medical service delivery station. For example, a computer readable medium can include a set of instructions that when executed by a computer cause the computer to perform the operations of establishing a communications link in between a remote physician medical service delivery suite and the patient medical service delivery station through a communications network, providing data to display on a first remote physician medical service delivery suite video screen an electronic medical record of the patient, and providing data to display on a second remote physician medical service delivery suite video screen a real-time video image of the patient transmitted from the patient medical service delivery station, to thereby provide for simultaneously displaying to the remote physician both the electronic medical record and the real-time video image of the patient. The system is more than a mere improvement over existing technology because it uses integrated electronic medical records, pharmacy formularies and medical protocols that reduce the need for discretion on the part of the patient care provider. The system includes use of sophisticated instrumentation, such as large plasma television screens, as compared to the PC monitors used in ordinary telemedicine operations. The system is also unique in that it utilizes a specially developed cart or table that allows a medical encounter to occur anywhere the cart or table can be provided, and inputs the details of this encounter into an electronic medical record that can be made available to the patient and subsequent providers anytime, anywhere. Both primary and specialty care consultations are available through the virtual physician office. The system has the capability to reach from a single location multiple patients forming patient populations separated by geography, facility, insurance plan, or other factors. The specialized medical peripherals, such as medical cameras and tele-stethoscopy devices (which allow heart sounds to be transmitted remotely with diagnostic quality) are part of the remote physician medical services component. Further, the system can store patient medication administration data in electronic medical records adequate to provide for statistical analysis of various medications dependent upon the various delivery attributes including medication administration compliance and allows for statistical analysis to determine a patient cost index for enhancing remote medical service contract bidding and forecasting expected patient medical costs. Further, the electronic medical records allow for a patient cost sub-index to determine costs based on patient attributes. Through data analysis, the system is flexible enough to provide custom tailored customer facility staffing of medical service providers dependent upon such factors as, for example, the facility potential patient population, medical condition of the facility members (typically analyzed through use of the electronic medical records), customer budget, and temporal coverage. Part DETAILED DESCRIPTION: The present invention now will be described more fully hereinafter with reference to the accompanying drawings, which illustrate embodiments of the invention. This invention may, however, be embodied in many different forms and should not be construed as limited to the illustrated embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the invention to those skilled in the art. Like numbers refer to like elements throughout. Prime notation, if used, indicates similar elements in alternative embodiments. As shown in FIGS. 1A-17, embodiments of the present invention provide a system 30 that includes the provision of remote physician medical services delivered from one or more physician sites 31 to a plurality of geographically distributed customer sites or facilities 33 using communication and information systems that allow an individual live face-to-face medical encounter with each patient. The system 30 includes provisions for the integration of all necessary records and information. A remote physician medical service delivery suite 35, in conjunction with an on-site patient medical service delivery station 37 connected through a network 39 provides the underpinning for delivery of physician care from an environment that resembles a high tech information technology command center. The system 30 has the capability to reach multiple customers from a single location. Specialized medical peripherals, such as, for example, medical cameras and tele-stethoscopy devices, which allow heart sounds to be transmitted remotely with diagnostic quality, are part of the patient medical service delivery station 37 component. Advantageously, embodiments of the present invention provide an integrated healthcare system 30 that uses integrated electronic medical records, pharmacy formularies, telemedicine, and medical protocols developed and enhanced by physicians and information technologists to overcome the challenges of physician availability, and which can support the provision of both primary care (general practice and internal medicine) consultations and specialty (specific disciplines such as dermatology, cardiology etc.) consultations to various patient populations defined by geography, customer facility type, insurance plan, or other factors. For example, the system 30 can provide such medical services to remote communities or communities of patients in isolation such as, e.g., rural communities, cruise ships, and correctional facilities. The system 30 can also be used to provide healthcare to home-based and deployed military personnel. For example, it can be used in ships at sea, as well as in barracks and remote field environments. Also, advantageously, the system 30 provides for electronically managing patient scheduling, medical referrals, and providing utilization review prior to authorizing access to and scheduling of medical services. More specifically, as shown in FIGS. 1A-2C, embodiments of the present invention provide a system 30 of enhanced medical services delivery to a patient located at a patient clinic 34 by one or more remotely separated physicians located at remote physician sites 31. For example, according to an embodiment of the present invention, a system 30 includes one or more remotely positioned medical information management computers, preferably located at one or more of the remote physician sites 31, and collectively forming a remote medical services server 43. The remote medical services server 43 includes memory 45 preferably in the form of RAM, ROM, and other forms of structured storage such as, for example, magnetic or optical memory. According to an embodiment of the present invention, a database 47 or plurality of preferably structured databases, preferably one for each customer unit, is associated with an electronic medical record database server 46 which along with the other computers and/or networking servers, known to those skilled in the art, form the remote medical services server 43. The database 47 includes a plurality of patient electronic medical records 49 preferably each providing a single consolidated medical service delivery record for a corresponding plurality of customer unit patients. Each electronic medical record 49 is preferably accessible by an on-site patient clinic medical service provider, a medical services scheduler, and a remote physician. Providing such access helps minimize artificial communication barriers, reduces the chance for miscommunication, and enhances patient care documentation. To provide ready access to electronic medical records 49, the system 30 also includes a remote medical services program product 51 stored in the memory 45 of the remote medical services server 43. That is, the remote medical services program product 51 includes a set or sets of instructions to accept remote input from medical personnel to access the plurality of patient electronic medical records 49 to thereby allow display of and data entry in a selected patient electronic medical record 49. The remote medical services program product 51 includes a set or sets of instructions to electronically manage patient scheduling, medical referrals, and utilization review and case management data, to thereby enhance patient medical service delivery and documentation. Note, the remote medical services program product 51 can be in the form of microcode, programs, routines, and symbolic languages that provide a specific set for sets of ordered operations that control the functioning of the hardware and direct its operation, as known and understood by those skilled in the art. Note also, although described as being located generally and a single location, i.e., memory 45, the remote services program product 51 can have portions thereof distributed throughout the various computers forming the system 30, particularly with respect to banks or clusters of servers, or client-server communication modules. The system 30 also includes a dedicated communications link, either physical or virtual, in communication with the remote medical services server 43 which provides dedicated communications between each customer site 33 and at least one remote physician site 31 located remote from each customer site 33, to thereby establish a private network connection between each customer site 33 and the remote physician site 31, defining a private physician's network 39. Depending upon various factors including climate, mobility, and accessibility associated with the customer site 33, preferably the dedicated communications link is preferably, for example, in the form of either a single or a plurality of T-1 lines, as understood by those skilled in the art, serially connected between each customer site 33 and the remote physician site 31 located remote from the customer sites 33 and between the remote physician site 31 and various other system components requiring a high bandwidth capability, described later. The dedicated communications link provides the necessary privacy to meet various statutory privacy requirements and bandwidth to support the transmission of large amounts of digital data back and forth between remote physician and patient. The dedicated communications link can also be formed by other means known to those skilled in the art such as, for example, through other broadband communications such as, cable, satellite, Wi-Fi, or other wire-based and wireless communications. Satellite, for example, is particularly advantageous for extremely remote customer sites 33, such as those located in remote parts of the world and having no other readily available communication links, and is particularly advantageous for mobile remote customer sites 33, such as civilian cruise, merchant marine, or military ships. The privacy aspect of the communication link can be provided through use of encryption devices (not shown) on either end of the private physician's network 39. A virtual private network tunnel can be established over the Internet or other public or private broadband, as well as. As perhaps best shown in FIG. 4, at the core of the invention's remote physician services are the remote physician medical delivery suites or studios 35, typically referred to as a virtual physician office. Each remote physician medical service delivery suite 35 is preferably positioned at the physician site 31, positioned remote from the customer site 33, and is in communication with the remote medical services server 43. Each remote physician medical delivery suite 35 preferably includes an audio input device 52 and a video input device 53 to capture audio and video images of the remote physician, and includes a video display device including a plurality of video displays 55, 55′, 57, 59, 60, to display patient areas of interest and patient electronic medical records 49, to thereby allow the remote physician to perform remote patient medical service delivery through the remote physician medical service delivery suite 35. Each remote physician medical delivery suite 35 advantageously provides an integrated work environment supported by electronic medical records 49 and medical peripheral devices for delivering quality distributed medical care such as through videoconferencing or other techniques. The remote physician medical delivery suites 35 allow a remotely positioned physician to “see” patients anywhere on the network 39. The remote physician medical service delivery suites 35 preferably incorporate a video display device including wall-size video screens 55 and/or desktop large-screen video monitors (not shown), electronic medical record video screens 57 for viewing records and entering new chart notes, electronic medical peripherals such as, for example, ECG readout monitor 59 for viewing an electrocardiograph, and auxiliary monitor 60 for viewing multi-functional videoscope imagery, e.g., otoscope imagery, headsets (not shown) for reviewing electronic stethoscope output. The remote physician medical service delivery suites 35 also preferably incorporate an automated encounter document creator to provide automated encounter document creation, e.g., voice recognition software and peripherals for providing real-time record transcriptions and preformatted templates selectable by the remote physician to reduce manual data entry requirements. A computer or physician command console 61 is adapted to control video display image selection, and provides the remote physician access to the patient electronic medical records 59, access to the dictation software, and use of the various peripherals. The remote physician medical delivery suites 35 support either primary care or specialist providers, and allow the virtual practice of medicine anywhere the network 39 can reach. Further, each remote physician medical delivery suite 35 is preferably equipped with an uninterruptible power and back-up/disaster recovery systems to insure availability at all times. The system 30 can also include a remote workstation 41 associated with the remote physician site 31 in communication with the remote medical services server 43 and including memory and software stored in the memory adapted to provide access to the remote medical services program product 51, to allow a user, e.g., remote physician, physician assistant, scheduler, or utilization review or case management (URCM) nurse, to display the patient electronic medical record 49 to review patient medical administration data and to enter additional patient medical administration data. As perhaps best shown in FIGS. 3A-B, each customer site 33 includes at least one but preferably a plurality of patient medical service delivery stations or carts 37 each preferably positioned in a patient clinic 34 located at the customer site 33 to provide the remote physician the ability to communicate with and treat a patient. Advantageously, each patient medical service delivery station 37 is designed to be easily moved about the patient clinic 34, and has wheels and handles to allow easy manipulation. The patient medical service delivery station 37 includes various medical videoconferencing components including at least one video monitor 63 and a remotely controllable pan/zoom video input device 65 preferably having over 180 degrees range of motion and providing diagnostic quality images. Note, each patient medical service delivery station 37 is adapted to be manned by either a patient clinic physician who requires consultation with a remote physician specialist while providing medical service delivery; or either a patient clinic physician assistant or patient clinic nurse, often referred to as an “extender,” to provide the in-person portion of the medical service delivery by either a remote specialist physician or a remote primary care physician and to manipulate the various examination instruments, described below. Each patient medical service delivery station 37 also includes various electronic medical instruments adapted to communicate with the remote physician medical service delivery suites 35, through the private physician's network 35. For example, each patient medical service delivery station 37 preferably includes a video visualizer or light table 67 adapted to provide to the remote physician during the remote patient medical service delivery video visualizations of documents such as, for example, a hard-copy x-ray or an ECG print out formulated outside system 30. Also preferably included is an electronic stethoscope and sending unit 69 adapted to provide for an electronic auscultation of the patient, and a multi-functional videoscope 71, e.g., a hand-held medical camera complete with fiber-optic halogen lighting used to peer into the patient's throat or ears, or examine the skin closely. An ECG 73 connected to ECG leads 75 can provide electrocardiograph visualization during remote patient medical service delivery. A point-of-care laboratory testing device/kit 79, either stand-alone or networked, can provide for real-time laboratory results just prior to or during provision of the remote medical service delivery. The medical service delivery station 37 is scalable to allow the inclusion of other devices known to those skilled in the art such as, for example, an ultrasound device (not shown) to perform ultrasonography. Each patient medical service delivery station 37 also can include a computer or workstation 77 in communication with the remote medical services server 43 through the private physician's network 39, allowing the patient clinic medical service provider at the customer site 33 complete access to patient medical information, and necessary resources to connect to the remote physician medical delivery suites 35. Specifically, each computer 77 includes memory and software stored in the memory adapted to provide access to the remote medical services program product 51 to allow display of the patient electronic medical record 49 so that the patient clinic medical service provider can review current patient medical administration data and can enter additional patient medical administration data. As stated above, the combination of the remote physician medical service delivery suites 35 and patient medical service delivery stations 37 allows for remote medical service delivery from various specialist physicians. This is an important feature as specialist physician services, especially in unique specialties, are often difficult to procure. Specialist physician consultations can be for various medical specialty disciplines including cardiology, orthopedics, psychology, mental health management, infectious disease/HIV management, dermatology, and urology. These consultations are typically for services outside of the normal scope of the patient clinic primary care physician's expertise. Access to remote specialty services provides the customer the opportunity to provide the most appropriate care in an expedient manner. Advantageously, this allows the total cost of care to be lower through reduced patient transportation and quicker access to appropriate care. During a remote medical service delivery encounter, the remote specialist physician can receive all required data and can recreate all consultation notes electronically. In this manner, specialist consultation reports are available back to the patient clinic 34 literally at the conclusion of the virtual visit. The combination of the remote physician medical service delivery suites 35 and patient medical service delivery stations 37 not only allows for remote medical service delivery from a specialist physician, but also an additional primary care physician. The remote primary care physician consultations provide direct interaction between the remote primary care physician and a patient. These visits can support all primary care needs, such as, for example, physicals, minor medical problems, and management of chronic conditions. Remote medical services provided can also include medical diagnosis, medication prescribing, laboratory ordering, and follow-up care. These live, virtual face-to-face consultations can be performed substantially exactly like actual in-person physician visits. At the customer site 33, physician extenders such as, for example, nurses or physician assistants, interact with the patient and provide the hands-on portion of the examinations. The patient medical service delivery station peripherals, described above, can provide the examining physician with all needed supplemental information. In this manner the physician is provided with information required to perform a complete diagnosis and management decisions. According to this configuration, access to on-call emergency medicine services staffed by certified ER physicians is advantageously available 24/7. Further, although according to the preferred embodiment of the present invention, the system 30 provides an in-person primary care physician at each patient clinic 34, primary care physician staffing problems can arise. Thus, the remote primary care physician medical service delivery can be remotely provided by either a primary care physician scheduled from a pool of physicians at the physician site 31, a substitute physician, or a primary care physician normally providing in-patient's service at a patient clinic 34. This feature advantageously enhances physician-patient appointment attendance and reduces physician employment costs, particularly those associated with locum tenens doctors, because it provides a ready substitute physician for an absent patient clinic primary care physician, allows the provision of additional staffing of a patient clinic 34 inflected with an unusually heavy workload, and it allows an in-patient primary care physician temporarily afflicted with a medical condition that would otherwise prevent the provision of in-person patient medical services at the patient clinic 34 to continue providing medical service delivery, negating a need to provide an on-site patient clinic physician replacement. As perhaps best shown in FIGS. 1A-2C, the system 30 also includes at least one medical services scheduler computer or workstation 81 or server 82 positioned remote from the customer site 33 and in communication with the remote medical services server 43 and including memory and software stored in the memory adapted to provide access to the remote medical services program product 51. The medical services scheduler computer 81 can allow a scheduler access to patient electronic medical records 49 to establish a remote medical service delivery appointment. That is, the scheduler can examine remote physician schedule availability for the remote physicians and availability of the remote physician medical service delivery suites 35 at the physician site 31, and perform scheduling of a remote physician and a patient clinic medical service provider, to thereby initiate remote patient medical service delivery to a patient through a patient medical service delivery station 37 at the customer site 33 at a preselected time. According to the preferred embodiment of the present invention, a patient clinic medical services provider accesses a medical specialty record referral system (MSRS) record 85 (FIG. 2B), or other suitable service request media, to update the request with the appointment data. The MSRS record 85 is preferably stored on a MSRS server 86 (FIG. 2A), located either within or external to a respective customer facility or site 33, that is in communication with a computer or workstation 91 accessible to the requesting physician and preferably located within the respective customer facility or site 33. The MSRS record 85 can, however, alternatively be associated with the remote medical services server 43, and/or alternatively be part of the patient electronic medical record 49. The patient clinic medical services provider can access the MSRS records 85 to determine if the remote medical service delivery request has been approved. As shown in FIG. 2A-B, the workstation 91 is preferably in communication with the remote medical services server 43 and the MSRS server 86 through the private physician's network 39. The workstation 91 preferably includes memory 93 and software stored in the memory 93 adapted to provide access to the remote medical services program product 51 to allow remote computerized physician medical service to request entry so that the patient clinic medical service provider can input a physician's medical service request, and display the patient electronic medical record 49 to review current patient medical administration data and/or enter additional patient medical administration data. The system 30 can also include at least one but preferably a plurality of URCM nurse computers or workstations 83 positioned either remote from the customer facility or site 33, within the customer facility or site 33, or a combination thereof. The URCM nurse computers or workstations 83 are in communication with the remote medical services server 43 and can include memory and software stored in the memory adapted to provide access to the remote medical services program product 51 to allow a URCM nurse access to patient electronic medical records 49 preferably stored in database 47 to review resource utilization and/or monitor patient medical service delivery. More particularly, a URCM nurse specializing in utilization review provides gate-keeping functions by examining patient electronic medical records 49 and evaluating requested remote medical service delivery appointments entered in the MSRS to approve the appointment requests and/or propose and discuss alternatives with the requesting medical service provider. The URCM nurse can examine remote physician schedule availability for the remote physicians and availability of the remote physician medical service delivery suites 35 at the physician site 31. The URCM nurse can further access medical decision monitoring system (MDMS) records 89, preferably stored in a MDMS database 90 associated with an MDMS server 84 (FIG. 1A), to document particular medical services requests and associated clinical data along with the evaluation results; and can access the respective MSRS records 85 to update the records in accord with the results of the evaluations and/or proposed modifications to the medical services requests. A URCM nurse specializing in case management can further utilize the URCM computer or workstation 83 to access the patient electronic medical records 49 to monitor, over time, the delivery of both remote and local medical services. Note, although the MDMS records 89 are preferably associated with an MDMS server 84, typically separate from the patient electronic medical records 49, the MDMS records 89 can alternatively be associated with a customer or customer affiliated computer or be part of or stored with the patient electronic medical record 49. According to the preferred embodiment of the present invention, a scheduler schedules the appointment for the requested remote medical services in the respective patient's electronic medical record 49 using the remote medical services program product 51. The scheduler further can access the MSRS records 85 to update the request with the appointment data. The patient clinic medical services provider can access the MSRS records 85 to determine if the remote medical service delivery request has been approved. Alternatively, the scheduler can provide direct contact to both the scheduled remote physician and the scheduled patient clinic medical service provider to provide scheduling information. As shown in FIG. 2C, the system 30 can also include a customer medical
{'bibliographic_information': "{'country': 'US', 'doc-number': '11415936', 'kind': 'B2', 'date': '20060502', 'extension': '1232', 'invention_title': 'System, method and program product for delivering medical services from a remote location'}", 'source_file': './grant/2011/ipg110322.xml', 'source_data': 'USPTO-Grant'}