Med-Explorers is a research
team affiliated to the College of Basic Medical Science composed of undergraduates
Our team takes “Healthy China” as the lead, clinical needs as the guidance, basic research as the breakthrough, multidisciplinary cross-fertilisation and focuses on cultivating complex medical talents under the construction of “New Medical Science”.
We have made remarkable achievement in medical research of innovation, team education and social service.
“ We are focusing on maternal and newborn health
throughout the whole life cycle ”
About our research fields
Computational Medicine ——
Explores data-driven scientific paradigms to uncover novel insights from complex, multidimensional biomedical and histological big data.
We transform biomedical theories into mathematical models, refining and training these models using advanced artificial intelligence algorithms to approximate real-world system behaviors.
Our research seeks to unravel the underlying mechanisms of disease occurrence and progression, providing integrated solutions for disease risk prediction, diagnosis, and treatment management.
- bioinformatics
- Big data modeling
- population genomics
About our research fields
Precision medicine ——
Precision Medicine is a revolutionary approach to healthcare that tailors prevention, diagnosis, and treatment strategies to the unique characteristics of each patient.
This personalized model takes into account individual differences in genetics, environment, and lifestyle, moving beyond the traditional ‘one-size-fits-all’ approach.
By leveraging a deeper understanding of these individual factors, Precision Medicine aims to maximize the effectiveness of medical interventions while minimizing potential side effects, ultimately improving patient outcomes and quality of care.
- Integrated management of perinatal depression
- Strategies for the diagnosis and treatment of male infertility
About our research fields
>>> environmental epidemiology
Environmental Epidemiology examines the patterns of occurrence, development, and distribution of diseases in populations that are influenced or exacerbated by natural and man-made environmental factors, either individually or in combination.
This interdisciplinary field integrates insights and methodologies from various disciplines, including epidemiology, environmental health sciences, ecology, geography, and statistics.
Its ultimate goal is to advance understanding of the complex relationships between environmental factors and population health, paving the way for informed public health policies and interventions.
About our research fields
/ Basic Medicine /
Basic Medicine delves into the intricate mechanisms of life by employing advanced methodologies such as cell culture, animal models, molecular biology techniques, high-throughput sequencing, proteomics, and metabolomics.
These tools allow us to explore the microcosm of life and analyze the functions of genes, proteins, cells, tissues, organs, and even whole organisms, as well as their complex interaction networks.
This research enhances our understanding of the fundamental nature of life and provides a robust foundation for unraveling the molecular mechanisms underlying the occurrence and progression of diseases.
- Environmental toxic exposure and the female reproductive system
- Energy metabolism and uterine metamorphosis
/ Breast Cancer & Diabetic kidney disease /
About our research fields
Breast Cancer
Breast Cancer is one of the most prevalent malignant tumors affecting women worldwide.
Our research focuses on investigating the multifactorial influences contributing to the abnormal proliferation of breast epithelial cells and tumor formation.
These factors include genetic predispositions, hormone levels, lifestyle choices, environmental exposures, and other relevant variables.
By understanding these complex interactions, we aim to advance preventative and therapeutic strategies for breast cancer.
Diabetic kidney disease
Diabetic Nephropathy is a prevalent microvascular complication associated with diabetes, significantly impacting kidney function.
Our study investigates the complex interplay of factors contributing to the progressive damage of renal structure and function.
These factors include abnormal glucose metabolism, altered renal hemodynamics, oxidative stress, immuno-inflammatory responses, and genetic predispositions.
By examining these multifactorial effects, we aim to enhance our understanding and improve management strategies for diabetic kidney disease.
our team
I can succeed in science, the most important thing is the love of science, insist on long-term exploration.
>>> our awards & publications
in the past
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Contact Us ( E-mail )
cqmucaiqy@stu.cqmu.edu.cn 2022221697@stu.cqmu.edu.cn