A modern diagnostic and research combining trained radiologists, a secure cloud DICOM workflow, and open-source tooling — for clinicians and investigators across three continents.
We believe a careful, well-reasoned read using modern technology is the most valuable artefact in modern diagnostic medicine. Our mission is to make make accessible latest research— across borders, time zones, and institutional walls — without compromising on rigour.
Founded in 2017 as a sub-specialty of radiology research partnership, AMR has grown into a clinical, research, and engineering practice spanning three continents. We combine trained radiologists with a modern cloud workflow, structured AI used reporting, and openly-published research tools. Every study we read is reviewed by AI protocols and named physician; every opinion is reproducible and auditable.
Structured reporting, dual-read protocols, named accountability.
Cloud-native DICOM ingest from any partner, anywhere.
Open tools, public benchmarks, published methods.
From low-dose CT screening to multi-parametric prostate MR, we operate across the full diagnostic spectrum. Each line below is staffed by at least two fellowship-trained radiologists, with structured reporting templates that mirror international standards.
Multi-detector helical CT, low-dose protocols, dual-energy and 4D cardiac studies with reconstruction at sub-millimetre resolution.
1.5T sequences across neuro, MSK, abdominal, breast and cardiac MRI. Functional MRI and diffusion tensor imaging available.
Real-time greyscale, colour & power Doppler, contrast-enhanced US (CEUS), and image-guided interventional procedures.
Direct-digital plain film with AI-assisted triage for chest, skeletal trauma, and dental imaging at clinical resolution.
Digital mammography, Abbreviated ultrfast Breast Mammography, Next Gen Elastography and guided biopsy with structured BI-RADS reporting and second-opinion review.
Image-guided biopsies, embolisations, drainages, and vascular access. Fluoroscopy and CT supported.
Algorithmic pre-screening across CT lung nodules, brain haemorrhage, fracture detection, and breast density quantification.
Request a tailored workflow for your trial, registry, or multi-site research programme. We design, validate and document.
Description. Advanced multiparametric evaluation and classification of MAFLD using ultrasound image, using synthetic data and acquired data from ultrasound, More accurate then all available methods and very helpful in followup
Description. A true accurate and non invasive contrast free method to evaluation renal parenchymal pathologies , quantify renal fibrosis, reserve and also calculate split renal function with excretion analysis, give composite renal health score and excretion index
Description. Unique combination of quantitative lung parenchymal parameters and CT spirometry helpful to evaluation obstructive and restrictive lung diseases and monitoring
Description.ct-ffr in next generation method of CT-FFR which gives not only ischemic flow estimation but also distal and segmental status of vessels, also is useful in detectiong patients with INOCA. AI run simulations of PCI and CABG also possible
Description. Is a wonderful tool to stage the activity of breast nodules and gives mitotic index and activity scores alongwith stiffness evaluation
Description. A true non invasive tool for muscle health which is radiiation free
Description.
Specialised second-opinion and quantitative reads for clinicians, researchers, and patients. Select a protocol, pay via UPI, and upload your DICOM study — receive a structured report within 48 hours.
A secure interim cloud workspace for referring clinicians, research collaborators, and partner hospitals. Upload anonymised studies — CT, MR, PET, US — to our hosted folder, then email us with the patient context. Our radiologists review and return a structured report directly to your inbox.
Sign a templated data-use and business-associate agreement covering DICOM transfer, derived datasets and authorship terms. Most partners onboard within five business days.
Drag DICOM files (or a ZIP) into the relay. Studies are ingested over TLS 1.3, scrubbed of PHI on arrival, and logged with audit-grade timestamps before being routed to a duty radiologist.
A named, trained radiologist works through the study using our structured reporting templates. AI pre-screening surfaces likely findings; the physician validates and writes.
A structured PDF report, annotated key images, optional DICOM-SR overlay, and CSV summary are sent to your registered email — usually within 48 hours. Re-reads and clarifications are unlimited within the SLA window.
Step 1 · Upload your DICOM study
Click the button below — opens our secure cloud workspace in a new tab.
Step 2 · Email us the case context
After uploading, please email us with patient ID (de-identified), clinical history, and the specific question.
info.advanceddiagnostics@gmail.comAES-256
At rest & in transit (TLS)GDPR-aligned
EU/Swiss-hosted workspaceLogged
Per-study access recordManual review
PHI checked at intakeUse the QR code on the right to share the relay with referring clinicians, post it in your reading room, or print it on consult cards. It encodes our cloud relay URL and resolves directly to the upload page.
If you're attending a conference and need a quick handoff, point a phone camera at the code — it works offline once captured.
Advanced Medical Research3rd floor17/7 kennedy AvenueMall, Amritsar, Punjab India
9814180124
9814180124
Monday – Saturday
09:00 – 19:00 IST
24×7 with on-call radiologist
Median 48 hours · 95% within 72 hours
Within 4 hours of ingest (premium)
MD (Radiology), DNB, Body Imaging — with 35 years in clinical and academic radiology.
MBBS,MD, ABDOMINAL IMAGING.
MD (Radiology) Director MR and CT imaging
Dip Computers