TSG Integrations Nehru Place, Delhi

Virtual Simulation for Radiotherapy TSG LAKSH Simulation System for Radiotherapy is intended to be used by radiotherapy department of hospitals to simulate patient setup for treatment with external beams. LAKSH Simulation System for Radiotherapy assists doctors and medical physicists to simulate patient setup for design of beams in accordance with intended treatment. When used with a treatment planning system, it assists doctors and medical physicists to arrive at treatment prescription that adequately covers target volume without exceeding dose to the healthy critical organs. Patient and its structures of interest such as target volume and critical organs are reconstructed from CT image dataset of patient volume of interest

we offer Tsg Iview Image Display. TSG iView Image Display is an IHE compliant application software product for viewing DICOM objects (images). It networks seamlessly with Image Manager Image Archive actor to query and retrieve objects for viewing in accordance with DICOM protocols. Retrieved objects are stored in a local database. Objects may also be imported through media. Objects pass through a process of validation and authentication before storing in its local database.

We are offering tsg disha oncology information system is intended for oncology department of a hospital for improving productivity and quality of patient care. The system facilitates implementation of radiotherapy and chemotherapy treatments through efficient scheduling of resources, verification of treatments, information access, resolving conflicts, storing dosimetry and patient data, cancer registry, patient follow-up and creating event specific alerts for managing patient treatments in a safer and orderly manner. tsg disha is a highly capable and intelligent system providing a high degree of safety, flexibility and convenience to clinicians. It is advanced and rich with features such as opd management, alert and event analyzer providing higher possibilities to clinicians. It enables higher communication between clinicians improving treatment quality. It has built in features, which give an advanced manageability of images, and has capability to interface and integrate seamlessly.

We are offering medical imaging system, medical imaging management system tsg dicomtalks (medical image management) is a picture archiving and communication system for computerized on-line receiving, storing, archiving and visualizing of medical images in digital form for use in a department of a hospital. It communicates with other departments in a local area network or outside the hospital using wide area network technology. Adoption of dicom standard for creating, storing and communicating digital images has accelerated the development of new solutions in the practice of medicine. Digital images provide more information to the doctors compared to images on films. doctors can use the data for better diagnosis and treatment of patients. All images can be accessed and viewed on computer display terminals through pacs implementation included in this system. The system enables users to capture, process, and transmit or receive radiological data. Text data, such as studies and patient data, as well as high-resolution images can be processed and transmitted. This system is intended for improving the productivity of the department through better access to medical images for quality of patient care. The system is designed to be modular. It may be configured for a small, medium or large department for information exchange with any dicom compliant source. The system can also be configured for a small clinic as well as individual doctor having access to dicom images in a network or through media exchange

We offer sg Asha 3d Xrt Planning System. Radiotherapy Treatment Planning System TSG ASHA 3D XRT Radiotherapy Treatment Planning System (RTPS) is computer software based electronic system that is used to simulate the application of radiation to a patient for a proposed radiotherapy treatment in order to pre-evaluate the total curative and harmful effects. It provides estimates of absorbed dose distribution in the patient using mathematical algorithms. A qualified person uses the information of absorbed dose distributions in planning a course of radiotherapy. The system has network communication interface with DICOM compliant CT, MRI, Simulator, ultrasound, and TPS equipment for image data acquisition. It is an accurate, safe, capable and convenient system for treatment planning providing rich and advanced information. It provides greater choice and flexibility to clinicians planning radiotherapy treatment. It improves utilization and manageability of stored images enhancing convenience and treatment quality.

Brachytherapy treatment planning system tsg asha 3d bt (brachytherapy) treatment planning system (rtps) is computer software based electronic system that is used to simulate the application of radiation to a patient for a proposed radiotherapy treatment in order to pre-evaluate the total curative and harmful effects. It provides estimates of absorbed dose distribution in the patient using mathematical algorithms. A qualified person uses the information of absorbed dose distributions in planning a course of radiotherapy. The system has network communication interface with dicom compliant ct, mri, simulator, ultrasound, and tps equipment for image data acquisition. It is an accurate, safe, capable and convenient system for treatment planning providing rich and advanced information. It provides greater choice and flexibility to clinicians planning radiotherapy treatment. It improves utilization and manageability of stored images enhancing convenience and treatment quality.

We are offering tsg iview is an intelligent fully interoperable workflow system. This system helps managing procedures on patients and helps managing and viewing dicom objects (data and images). Tsg iview is an ihe (integrating the health care enterprise) compliant software using established standards such as dicom and hl7 and the system is build to support optimal patient care. Systems developed in accordance with ihe communicate with one another better, are easier to implement, and enable care providers to use information more effectively.