Liver & Digestive Diseases Clinic
@lddcmumbai
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Team of Gastrointestinal and Hepatopancreatobiliary Surgeons specialising in Open and Minimally Invasive surgery for Benign and Malignant GI/HPB diseases
Mumbai, India
Joined June 2020
🎥 Pancreatic Cystic Neoplasms Explained — a complete course covering Serous, Mucinous, IPMN & SPEN, with diagnostic approach & management guidelines! Perfect for #Surgery residents & #GI fellows. 📚 Watch here 👉 https://t.co/wZyf09msmJ
#MedEd #MedTwitter
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Learn everything about pancreatic cystic neoplasms in this comprehensive course — from classification to diagnosis and management. We cover: 🔹 Serous cystade...
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🩸 Understanding Thromboelastography (TEG) in clinical practice! This short & simple video covers its role and real-world therapeutic implications — perfect for anesthetists, intensivists & surgeons. 🎥 https://t.co/jQeaPP4HmO
#MedEd @drsthanus @edusurg_clinics
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🩸 Understanding Thromboelastography (TEG) in clinical practice! This short & simple video covers its role and real-world therapeutic implications — perfect for anesthetists, intensivists & surgeons. 🎥
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8/ 💡 Take-home message: Radiology is not just “look and report.” To optimize patient care, always: Correlate imaging with clinical data Precisely identify and measure lesions Use structured criteria (like RECIST) for response Communicate actively with the clinical team
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7/ Radiology-clinician collaboration: Establish a diagnostic radiology consultation service so radiologists can directly communicate with clinicians, review images in context, and guide management.
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6/ Follow-up & response: Use lesion tracking tools to monitor changes over time. Systems like LesionViewer can help visualize lesion behavior across serial scans and apply RECIST to assess response or progression.
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5/ Treatment planning: Once you have a lesion identified, your imaging becomes part of a therapy roadmap. In radiation oncology, for example, imaging helps define target volumes and critical structures.
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4/ Characterize and measure: If it’s a tumor, choose measurable target lesions (up to 5) per organ for response tracking. Use RECIST 1.1 guidelines to standardize measurements.
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3/ Next, identify the lesion: On CT, look at morphology (shape, margins), density, enhancement (if contrast), location. Use standardized reporting frameworks (like LI-RADS for liver lesions) when relevant.
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2/ First, clinical correlation: What’s the patient’s history? Symptoms? Lab findings? Without knowing the clinical context, a radiologic lesion remains just an image. For effective diagnosis, tie imaging back to the patient’s presentation.
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🧵A Thread on radiology clinics. Just watched this “CT scan interpretation made easy” lecture — super insightful! Here’s a case-style breakdown for radiology clinics: correlate clinically, identify the lesion, and plan treatment.
🩻 Radiology Clinics: Always correlate clinically — can YOU identify the lesion and plan the treatment? Watch this case and test your skills 👇 https://t.co/DBRhDl4nfd
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Must-see for surgeons, GPs & trainees: a concise guide to diagnosing inguinal hernia + what else it could be. Watch here: https://t.co/ft6A0WQnAa
#hernia #MedEd
@drsthanus @NMC_IND @StanfordGenSurg
How to diagnose an inguinal hernia — and how not to miss other causes! From key exam questions to the top differentials. Watch now 👉 https://t.co/3YgVj5FRLe
#MedTwitter #Hernia @MedLearnHub @AiimsRishiSurg @StanfordSurgery
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🚀 Excited to see more learners join the journey at Edusurg Clinics! A space where surgical concepts meet clarity — perfect for students, residents & educators alike. Join us in mastering surgery, one concept at a time. 👨⚕️📚 #MedEd #Surgery #NEETPG #MedTwitter #Learning
Welcome to Edusurg Clinics 🩺📚 📍Your go-to hub for: ✅ Core Surgical Concepts simplified for students. ✅ Operative videos, anatomy & clinical reasoning. ✅ Exam discussions for #NEETSS, #FMGE, #MRCS & beyond. 📌 Learn. Understand. Apply. #MedTwitter #MedEd #GITwitter
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🎓 Understanding #GallbladderAnatomy — a concise and visual explanation to strengthen your anatomical and surgical concepts. Perfect for #NEETPG2025 preparation & #MedicalEducation learners. ▶️ https://t.co/GEoR000G1M
#Anatomy #Surgery #MedTwitter
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🎥 Part 4 | #HerniaAnatomy Simplified Clear, high-yield concepts for #NEETPGPrep & surgical trainees — perfect for both exam revision and operative understanding. 📚🔍 Elevate your surgical knowledge today! ▶️ https://t.co/HS7MWz3es4
#MedEd #MedTwitter @IHC_hernia
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New to reading CT Abdomen? Start here! A step-by-step guide using the ABCT mnemonic to simplify your approach. Watch now: https://t.co/nzDrVbyXxY
#Radiology #CTAbdomen #MedicalEducation #ABCTApproach
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A concise overview of applied pancreatic anatomy with a focus on Annular Pancreas and Pancreas Divisum—essential variants for surgical and radiologic practice. Watch here: https://t.co/7d86KbJC8c
#GITwitter @IHPBA
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A major step toward precision adjuvant therapy in colon cancer using ctDNA. Don’t miss this 2025 update 👇 🎥
🔬 2025 Update | ctDNA in Colon Cancer DYNAMIC-III trial explains how ctDNA guides adjuvant therapy—de-escalation for ctDNA-negative & escalation for ctDNA-positive patients. Personalized oncology. 🎥 Watch here 👉 https://t.co/GZZk4o1bdG
#ctDNA #ColonCancer #ESMO25
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Definitely an important topic🩸 This short & simple video by @edusurg_clinics and @gunjandesai13 covers its role and real-world therapeutic implications — perfect for anesthetists, intensivists & surgeons. 🎥
Thromboelastography is a promising test of coagulation. The horizontal axis represents time, the vertical axis represents deflection of the thromboelastography probe. The R time is also assessed by tests such as the prothrombin time (PT), the activated partial thromboplastin
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Thromboelastography is a promising test of coagulation. The horizontal axis represents time, the vertical axis represents deflection of the thromboelastography probe. The R time is also assessed by tests such as the prothrombin time (PT), the activated partial thromboplastin
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