Blog information

-
    Parikshit Nagda 

Comments

Post a Comment

Popular posts from this blog

-
Image
       PROTOCOL WRITING AND TOPIC       SELECTIONS ARE AVAILABLE  (mail for assistance) Case Reports Melioidosis Overview of the disease Case study examples Current treatment protocols Down Syndrome Genetic background Common medical complications Recent case reports Sheehan Syndrome Pathophysiology Diagnostic challenges Treatment strategies Corrosive Poisoning Causes and risk factors Clinical management Case studies Nocardia Infection Microbiology and epidemiology Clinical presentation Case report insights Review Article Type 3c Pancreatogenic Diabetes Definition and classification Diagnostic criteria Management strategies Recent advances and research findings Research Services We Provide: Research Paper Writing Assistance Comprehensive literature review Data analysis and interpretation Manuscript preparation Other Services Thesis Writing Topic selection Literature review Data collection and analysis Dissertation structuring Protocol Writing ...
Read more

POTENTIAL RISKS AND BENEFITS OF INTERMITTENT FASTING IN CANCER PREVENTION AND TREATMENT.

-
The relationship between T cells and intermittent fasting involves several key aspects: 1. Autophagy: Intermittent fasting triggers a process called autophagy, where cells break down and remove damaged components. This can be particularly beneficial for T cells because it helps remove dysfunctional or worn-out cellular machinery, keeping T cells more effective and healthy(1). 2. Metabolic Flexibility(ketosis) : During fasting periods, the body switches to using stored fats for energy instead of glucose. T cells are known to be highly adaptable to using these fatty acids and ketones as fuel sources. This metabolic flexibility allows T cells to maintain their function and continue patrolling the body for pathogens even when glucose is scarce(2). 3. Stem Cell Renewal: Intermittent fasting has been shown to stimulate the regeneration of hematopoietic stem cells in the bone marrow. These stem cells are responsible for producing new immune cells, including T cells. Enhanced stem cell activit...
Read more