MSc Human Anatomy with Education
Designed in collaboration with the NHS: Sheffield Diagnostic Genetics Service, this course is for students who are fascinated by medical genetics. Through theoretical and hands-on practical skills training you’ll explore human genetics and develop an understanding of how human genetic diseases are diagnosed clinically at the chromosome and DNA levels. You’ll also have opportunities to explore the wider implications of genetics in fields such as human fertility, stem cell biology, organism development and the cellular role of RNA.
As part of your course, we’ll train you in a wide range of exciting, modern laboratory techniques, including CRISPR genome editing, molecular cloning, organism handling, DNA sequence analysis, PCR, SDS-PAGE and western blotting.
The biggest part of your course is the medical genetics laboratory project. Here you’ll spend six months undertaking extensive training in advanced laboratory techniques such as human cell culture, microscopy and cytogenetics before applying this knowledge to the study and diagnosis of human genetic diseases.
Example research projects include:
After initial training you’d be working under the supervision of NHS Geneticists from the Sheffield Children's NHS Foundation Trust to prepare cases for NHS Healthcare Scientists to analyse. We’re currently focussing on the karyotyping of bone marrow samples from haemato-oncology referrals.
Designed in collaboration with the NHS: Sheffield Diagnostic Genetics Service, this course is for students who are fascinated by medical genetics. Through theoretical and hands-on practical skills training you’ll explore human genetics and develop an understanding of how human genetic diseases are diagnosed clinically at the chromosome and DNA levels. You’ll also have opportunities to explore the wider implications of genetics in fields such as human fertility, stem cell biology, organism development and the cellular role of RNA.
As part of your course, we’ll train you in a wide range of exciting, modern laboratory techniques, including CRISPR genome editing, molecular cloning, organism handling, DNA sequence analysis, PCR, SDS-PAGE and western blotting.
The biggest part of your course is the medical genetics laboratory project. Here you’ll spend six months undertaking extensive training in advanced laboratory techniques such as human cell culture, microscopy and cytogenetics before applying this knowledge to the study and diagnosis of human genetic diseases.
Example research projects include:
After initial training you’d be working under the supervision of NHS Geneticists from the Sheffield Children's NHS Foundation Trust to prepare cases for NHS Healthcare Scientists to analyse. We’re currently focussing on the karyotyping of bone marrow samples from haemato-oncology referrals.
