It costs time

Hola Everyone ! When it comes to diagnosing pituitary microadenomas, precision is everything. These tiny, yet significant, tumors can cause hormonal imbalances leading to conditions like  Cushing’s disease . Traditional imaging methods often struggle to detect them, leaving many patients without a clear diagnosis. But what if a new MRI technique could change the game? A Breakthrough in MRI Imaging A recent study explores how  contrast-enhanced 3D T2-weighted SPACE MRI  is proving to be a game-changer in detecting  adrenocorticotropin (ACTH)-secreting pituitary microadenomas . This cutting-edge technique provides higher sensitivity and accuracy, allowing doctors to pinpoint even the smallest tumors with unprecedented clarity. Why Does This Matter? For years, detecting pituitary microadenomas has been challenging because of their  small size  and  similarity to surrounding tissue . Conventional MRI scans often fail to capture them, leading to delayed or ...

This is a brief article on current interesting research area that will revolutionize transplant field.  Organoids-  A self-organizing three-dimensional tissue known as an organoid is usually created from pluripotent, fetal, or adult stem cells. It replicates the essential biological, structural, and functional elements of an organ. Organoids are made up of cells that have been produced from tissue-derived cells (TDCs), induced pluripotent stem cells (iPSCs), differentiated cells, and cancer cells. Organoid cultures, in contrast to traditional 2D cultures and animal models, allow for patient specificity in the model while accurately simulating in vivo tissue-like structures and functions in vitro. Compared to animal models, organoid cultures are easier to manipulate and conduct comprehensive biological studies on. As a result, organoid cultures have been used in many different contexts, such as cell therapy, tailored companion diagnostics, and drug discovery. Dr. Upasana Y

 Hello there, Iodine based low molecular weight correlation with phases in the CT abdomen protocol- I)Arterial phase hyperenhancement (APHE)= Injection Rate  II)Hepatic Parenchymal enhancement= Total Iodine dose Concentration Range -240-400 mgI/mL. >300 mg/mL yield better HCC detection and image quality Dr. Upasana Y

 Hello believers at other end, If You have a plan and it is working well for you then no need to read it further. All the best and Happy studying. 18 days= 14 days(2 weeks) + 4 days( I would never count in last days )    I) 1st week = divide each day in three major slot and 2 minor slots By the end of 1st week I want to complete major and minor notes 6 minor + 4 major subject + PYQ +MCQ  of important topics + review images and volatile stuff. Seems daunting and impossible !? Say it to yourself "not daunting for me" Just 7 days and see the progress in the end. morning hours =  1 hour [ half hour pharma ( General,ANS,CVS,GIT ,RS+HORMONES,NEURO,Antimicrobial) 7 days) +  other half an hour ( Carb,lipid ,proteins,molecular,vitamins) *5days + last 2days when bio is completed I added PSM formulas for half an hour) 9am-12pm  = PYQ in form of GT on desktop like an exam ( And do it within 1 and half hour jaldi jaldi superficially) Review wrong ones .( Aim is to ...