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Critical care imaging
Critical care imaging employs advanced techniques like CT scans, X-rays, and ultrasounds to provide precise diagnostic information. Immediate imaging aids in swift evaluation of critical conditions, guiding timely interventions for better patient outcomes. Serial imaging helps track the progression or regression of critical illnesses, assisting in dynamic treatment adjustments. Critical care imaging offers non-invasive ways to visualize internal organs, blood vessels, and abnormalities in real-time. Imaging serves as a guide for invasive procedures, ensuring accuracy and minimizing risks during critical interventions. In critical care, imaging is crucial for assessing neurological conditions, including traumatic brain injuries or strokes. Critical care imaging helps map vascular structures, identifying clots, aneurysms, or other abnormalities impacting blood flow. Integration of various imaging modalities enhances the overall understanding of complex critical conditions. Advances like bedside imaging allow for continuous monitoring, facilitating real-time adjustments in critical care management.
About the Speaker
Dr. Munish Chauhan
Senior Critical Care Consultant Fortis Memorial Research Institute, Gurgaon
Dr. Munish Chauhan is currently working as Senior Consultant in Critical care Medicine at Fortis Memorial Institute , Gurgaon. He worked as FACULTY AND CO- DIRECTOR : ELSO Certified Comprehensive Adult ECMO Specialist Simulator Course. He has his expertise in ECMO, Critical Care Ultrasound, Simulator based Trainings. He has several Research Publications (national and international) and author of several chapters in textbooks of Critical care medicine.
Upcoming Case Discussions
eIntegrity: Advancing Healthcare for Workers Globally
During the webinar, Mr. Graves will provide insights on - eIntegrity's mission, links with the Royal Colleges in United Kingdom - Extensive range of programmes, and 2022 activity. - He will also highlight the key benefits of eIntegrity courses for healthcare professionals, including world-class e-learning developed by clinicians for clinicians, availability online 24/7, highly engaging and interactive content, suitability for training and professional development, and support for traditional and new learning approaches. About eIntegrity eIntegrity operates independently from Health Education England and is accountable to the eIntegrity Executive Board, which comprises members from the Royal Medical Colleges and Health Education England. By providing high-quality, accessible training and education for healthcare professionals, eIntegrity aims to improve patient care and outcomes worldwide.
Case Based Approach to Upper GI Bleed
Finding the source of the bleeding is essential for the effective management of upper gastrointestinal (GI) bleeding, and if this is done, endoscopic treatment is frequently available. However, because of the bleeding's location or other technical factors, identifying it can be difficult. Consequently, it may be required to employ methods other than endoscopy, including CT angiography. A rare cause of upper gastrointestinal bleeding, duodenal diverticula can be difficult to identify since they sometimes call for specialized endoscopic treatments, like side-viewing endoscope.This case covers the details of first instance of this uncommon syndrome being successfully managed using an upper GI endoscopy using a colonoscope, followed by intravascular coiling.
Hepatitis: Know the Facts
Hepatitis is an inflammation of the liver, often caused by viral infections, toxins, or autoimmune diseases. The most common types are Hepatitis A, B, and C, each with different modes of transmission and severity. Hepatitis A is typically spread through contaminated food or water, while Hepatitis B and C are usually transmitted through blood or bodily fluids. Symptoms can include jaundice, fatigue, abdominal pain, and nausea. Chronic Hepatitis B and C can lead to serious complications such as liver cirrhosis or liver cancer. Vaccines are available for Hepatitis A and B, but there is no vaccine for Hepatitis C. Early detection and treatment are crucial for managing and preventing severe liver damage.
Diabetes and Renal Impairment : Let’s Understand the Link
Individuals with diabetes often develop kidney disease or damage over time. We refer to this kind of kidney disease as diabetic nephropathy. Nephrons in diabetics gradually thicken and get damaged over time. Urine starts to contain protein (albumin) due to nephron leaks. This damage may occur years before kidney disease symptoms appear. When type 2 diabetes develops slowly, kidney damage may already be present in some patients when they are first diagnosed.
Approach to Benign Breast Diseases
The breasts are intricate structures made up of tissue, fat, and glands. Developing a breast lump, cyst, or tumor is a rather typical occurrence. We call this benign breast illness. Even though none of these breast disorders are deadly or malignant, they could raise your chance of getting breast cancer in the future. Even while the majority of breast diseases don't result in cancer, the idea is to get familiar with the feel and appearance of breasts to recognize changes even if the majority of breast diseases are not malignant.
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Dr. Munish Chauhan 's Talks on Assimilate
- 23rd-January-2024, TIME : 05:00PM - 06:00PM
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Critical care imaging employs advanced techniques like CT scans, X-rays, and ultrasounds to provide precise diagnostic information. Immediate imaging aids in swift evaluation of critical conditions, guiding timely interventions for better patient outcomes. Serial imaging helps track the progression or regression of critical illnesses, assisting in dynamic treatment adjustments. Critical care imaging offers non-invasive ways to visualize internal organs, blood vessels, and abnormalities in real-time. Imaging serves as a guide for invasive procedures, ensuring accuracy and minimizing risks during critical interventions. In critical care, imaging is crucial for assessing neurological conditions, including traumatic brain injuries or strokes. Critical care imaging helps map vascular structures, identifying clots, aneurysms, or other abnormalities impacting blood flow. Integration of various imaging modalities enhances the overall understanding of complex critical conditions. Advances like bedside imaging allow for continuous monitoring, facilitating real-time adjustments in critical care management.