Exploring Science. Connecting Knowledge.

At RahSima Ocean, we are committed to exploring the complexity of biological systems through scientific research, critical thinking, and knowledge sharing. Our research focuses on understanding biological processes, uncovering molecular mechanisms, and investigating how different organs and systems interact to maintain human health.
By connecting scientific knowledge across different fields, we aim to build a deeper understanding of human biology and contribute to advancing biomedical research.​​​​​​​

Cholesterol Metabolism Across Organs
Cholesterol plays an essential role in maintaining cellular structure, regulating biological processes, and supporting normal organ function. However, its metabolism is not limited to a single organ.
At RahSima Ocean, we are exploring how cholesterol is absorbed, transported, regulated, and eliminated across different organs and biological systems.

Our research focuses on understanding organ-specific cholesterol pathways, their molecular regulators, and how interactions between
different tissues contribute to whole-body cholesterol homeostasis.

Our areas of interest include:

• Intestinal cholesterol absorption and transport

• Hepatic cholesterol synthesis and metabolism

• Cholesterol transport and regulation in peripheral tissues

• Molecular pathways controlling cholesterol homeostasis

• The relationship between cholesterol imbalance and metabolic diseases

Through literature-based research and scientific collaboration, we aim to develop a broader understanding of cholesterol metabolism and its implications for human health.
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Research Status: Ongoing Research

Our Research Focus​​​​​​​

Ongoing Research Projects​​​​​​​

Our ongoing research explores cholesterol metabolism and its regulation across different organs. We investigate organ-specific biological processes, molecular pathways, and regulatory mechanisms to better understand how cholesterol contributes to normal physiological functions and disease development.​​​​​​​

1. Intestinal Cholesterol Metabolism
Exploring​​​​​​​ intestinal cholesterol absorption, transport, and excretion, with a focus on the molecular mechanisms regulating intestinal cholesterol homeostasis.​​​​​​​

2. Hepatic Cholesterol Metabolism
Studying cholesterol synthesis, uptake, storage, and elimination in the liver, focusing on its central role in maintaining whole-body cholesterol balance.​​​​​​​

3.Eye  Cholesterol Homeostasis
Exploring cholesterol metabolism, transport, and regulation in ocular tissues, with a focus on the molecular mechanisms involved in maintaining eye health and normal visual function. We also investigate how alterations in cholesterol homeostasis may contribute to ocular dysfunction and eye-related diseases.​​​​​​​

4. Brain Cholesterol Metabolism
Exploring cholesterol synthesis, transport, and regulation in the brain, with particular attention to its role in neuronal function and neurological health.​​​​​​​

5. Pancreatic Cholesterol Regulation
Investigating cholesterol homeostasis in pancreatic tissues and its potential effects on pancreatic function, cellular processes, and metabolic regulation.​​​​​​​