Image
Bringing Biotech to Life
生物分子科学研究构成生物体的材料和物质, genetic materials, 蛋白质和小分子. It uses chemistry techniques to understand how biological systems work at a molecular level; study genes and proteins and understand their role, function and interactions in the body; develop novel therapies to cure disease and identify novel biomarkers and design methods to diagnose diseases.
Advances in biomolecular science have led to major developments in biotechnology, pharmaceuticals, disease diagnostics, 基因工程与医学.
能在几分钟内检测出毒素的生物传感器. 为个别病人量身定制的药物. Materials that capture carbon dioxide molecules before they get to the atmosphere. Biomolecular science is behind all these breakthroughs. Make your own contribution to the field with a BS in Biomolecular Science from Clarkson.
为什么在esball国际平台客户端学习生物分子科学?
Biomolecular science majors look closely at the chemical processes behind all life. You'll use that knowledge to solve challenges affecting the planet.
这是一门有希望改变生活的科学. At Clarkson, 在完成实验室研究的同时，你将有很多学习和成长的机会. Small classes mean you'll get to know your professors, and they'll steer you toward projects that match your interests.
我们的生物分子科学课程为学生提供了跨越化学的强大背景, biochemistry, 化学与结构生物学, providing excellent preparation for careers in medicine, 生物技术和医疗保健.
The program provides an essential foundation of science courses for the MCAT exam, 除了批判性思维和解决问题的能力，这是未来的医疗专业人员所期望的，也是生物技术和健康行业职业所需要的.
该部门的重点领域包括:
- Bioanalytical chemistry
- Bioinstrumentation
- Biomaterials
- Bionanotechnology
- Biosensors
- Proteomics
Our flexible, 个性化的学习环境为课堂内外的个性化教学提供了机会. 除了我们的课程, we provide a broad range of professional development opportunities, undergraduate research, 专业组织, internships and co-ops. In turn, 学生发展了一套独特的技能和知识，导致毕业后的高就业率和杰出的职业生涯.
What You'll Learn
The biomolecular science curriculum requires 84 credit hours in biology, chemistry, mathematics, 物理和专业经验和选修课.
可用的课程包括:
- Biochemistry
- 生物化学及生物技术实验室
- 细胞与分子生物学
- 化学平衡与动力学
- Genetics
- 遗传、进化和多样性
- Organic Chemistry
- Physical Chemistry
