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  • REELIN SIGNALLING: SYNAPTOGENESIS TO NETWORK ACTIVITY MODULATION

PGIMER Life Science Job With Rs. 55,000 pm Salary | Scientist (Non-Medical)

SCTIMST Biotech Junior Research Fellow Job | Applications Invited

REELIN SIGNALLING: SYNAPTOGENESIS TO NETWORK ACTIVITY MODULATION
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REELIN SIGNALLING: SYNAPTOGENESIS TO NETWORK ACTIVITY MODULATION

bioxone November 21, 2020November 21, 2020

SUMEDHA GUHA, TECHNO INDIA UNIVERSITY

Reelin is an extracellular glycoprotein that acts as a key regulator for different steps in brain wiring and neuronal cell migration. Reelin signalling is required for axonal targeting, regulation of dendritogenesis, and spine formation in mature neurons. It also plays an important role in ensuring hippocampal integrity, synaptic plasticity, and behaviour. These processes are regulated by Reelin with the help of two receptors –            ApoER2 and VLDLR. These receptors display very specific functions and are differentially expressed throughout the nervous system.

Recent findings reveal a new way of reactivating dendritogenesis in neurological disorders where dendritic arbour complexity is limited, such as in depression, Alzheimer’s disease (AD), and stroke. In recent years, accumulating evidence has linked the Reelin pathway to Alzheimer’s Disease. It has been found that Reelin levels are elevated in the brain of AD patients, but a lower amount of intracellular ApoER2 receptor fragments is detected, suggesting that Reelin signalling is altered in AD.

Previous and more recent studies have displayed the contribution of Reelin signalling to the genetic and behavioural expression of learning and memory. An interesting work using epigenomic analysis revealed that the binding of Reelin to its receptor results in the expressions of immediate early genes involved in synaptic plasticity.

Altogether, these results indicate that Reelin signalling regulates synaptic plasticity, learning, and memory — mainly in the adult hippocampus. Also, alterations in the mechanism of the Reelin pathways in the body can drastically affect these neural processes and behaviour, leading to irreversible neurological diseases. 

Also read: COVID-19 infection in a pregnant woman with liver cytolysis

SOURCE: Reelin functions beyond neuronal migration: from synaptogenesis to network activity modulation;

https://www.sciencedirect.com/science/article/pii/S0959438820301483

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Tagged Alzheimer’s disease dendrite depression glycoprotein hippocampus network analysis neuronal network Neurons Reelin Signalling Pathways stroke synapse

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SCTIMST Biotech Junior Research Fellow Job | Applications Invited

bioxone November 21, 2020

-Shristi Sharma, Team bioXone SCTIMST Biotech JRF Job – Applications Invited. SCTIMST is hiring for a Junior Research Fellow position. MSc candidates are encouraged to attend the interview for a Junior Research Fellow vacancy. Check out all of the details on the same below: View Notification  Title: Junior Research Fellow No. of Posts: One Name […]

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Richismita Hazra, Amity University Kolkata Non-Invasive Prenatal Test (NIPT) is a method useful for the determination of chromosomal abnormalities in unborn children or fetuses. Although ancillary detection of occult malignancies upon routine NIPT has been observed and reported by numerous researchers, these studies were not destined for the evaluation of NIPT for cancer detection. IPSec, […]

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Countering Multidrug-Resistant Bacteria and Adaptation to Antibiotic Stress

DNA tales August 12, 2021August 12, 2021

Saptaparna Dasgupta, Bennett University Resistant bacteria are a major concern in modern healthcare and pose a severe threat to public health. In today’s health care system, the development of pathogenic species resistant to antibiotics is one of the biggest difficulties. Public health is increasingly being affected by infections produced by multidrug-resistant bacteria (MDR). Originally, these […]

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The disparity in auxin regulation role by GRAIN WEIGHT GENES in developing grains

bioxone October 17, 2020October 17, 2020

–Rohit Bhattacharjee, Amity University, Kolkata. The wheat and rice THOUSAND GRAIN WEIGHT 6 genes (TaTGW6 and OsTGW6, respectively) are reported in larger wheat and rice grains which are formed by reducing Indole-3-acetic acid (IAA) production in developing grains. Although, a critical comparison of data on TaTGW6 and OsTGW6 with other reports on auxin synthesis in […]

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