Majors learn about the scientific method, experimental approaches and groundbreaking discoveries that have made modern molecular and cellular biology such an important force in medicine, agriculture, ...

The department is well-equipped for research in modern molecular and cell biology. Facilities include next generation sequencing platforms, cell imaging systems, protein and small molecule mass ...

Molecular biology graduates from UT Dallas arrive at graduate school or in the workforce prepared to work in the modern biomedical sciences. Computational biology and an array of other contemporary ...

The replication and amplification of DNA, using dNTPs, is a cornerstone of modern molecular biology, and has been so for more than 50 years. The methods have helped researchers reveal countless ...

Computational biology is a fusion of biology and information technology. Specialists use computational analyses to study the vast information provided by modern molecular biology—such as DNA sequences ...

Although the molecular clock and neutral theories are foundational to modern molecular biology, they do not always explain why evolutionary rates vary among genes, proteins, and species.

With four departments and nearly 200 courses in agriculture, veterinary and rangeland sciences; biochemistry and molecular biology; natural resources and environmental science; and nutrition, we're ...

The Molecular and Cellular Biology Ph.D. program at Boston College teaches students the research and communication skills needed for a successful career in the sciences. Our program provides a firm ...

The undergraduate minor in molecular, cellular and developmental biology prepares students to address global challenges such as climate change, international conflict and economic inequality. The ...

In both UCAS Extra and clearing the places will be subject to availability. Our BSc Molecular Biology with a Modern Language course will enable you to develop your language skills while studying the ...

Rapid developments in genomic and molecular research + extreme advances in information technologies = a multitude of biological information . . . and the need for experts to compute, process, model, ...