Post by : Badri Ariffin

A groundbreaking study from NYU Abu Dhabi reveals that the structure of DNA within cells significantly influences fat storage and energy usage. This discovery marks a substantial advance in understanding obesity and metabolic conditions.

Focusing on a protein known as nuclear myosin 1c (NM1), the researchers discovered its vital role in regulating gene activation within the nucleus. NM1 is crucial for the proper formation of fat tissue.

When NM1 is compromised, the body produces fewer, larger fat cells instead of the typical numerous smaller ones. This abnormality is closely linked to metabolic diseases and elevated visceral fat, which poses serious health risks.

Furthermore, the study found that improper NM1 function results in increased inflammation within fat tissues. Given that inflammation is often connected to obesity and conditions like type 2 diabetes, it underscores NM1's importance in maintaining healthy fat balance.

One pressing question in obesity research has been why fat becomes unhealthy even if diet remains unchanged. This study indicates that internal cellular mechanisms, beyond just lifestyle choices, could have a significant impact.

Piergiorgio Percipalle, Associate Dean of Science for Research at NYU Abu Dhabi and the study's lead author, stated that obesity is shaped by numerous biological systems. He emphasized that deciphering the cellular mechanisms at play may lead to innovative treatments targeting the underlying causes of metabolic disorders.

To explore whether these findings are applicable to humans, researchers examined genetic data and pinpointed gene networks associated with MYO1C, the human equivalent of NM1. These networks are linked to metabolic traits, indicating this mechanism might also affect obesity risk in humans.

In summary, this research uncovers a novel relationship between DNA's arrangement and the body's ability to manage fat and energy. Such insights could foster new strategies for tackling obesity and associated metabolic issues in the future.

#Global News #UAE News #Abu Dhabi News #Abu Dhabi