A PhD program typically includes a lot of information on a specific topic of study. Through your education, you'll build academic skills and research skills needed to teach, lead, and conduct scientific studies. Below, we'll take a look at some of the more common courses seen across universities.
Find schools that offer these popular programs
- Cardiovascular Science
- Cell Physiology
- Exercise Physiology
- Molecular Physiology
- Neurobiology and Neurophysiology
- Reproductive Biology
- Vision Science
PhD in Reproductive Biology Courses
Those who yearn to have children but are unable to seek reproductive specialists to improve their reproductive chances. A PhD in reproductive biology will prepare you to research new improvements in reproductive health and technology.
These courses will look at the basic concepts of cell and embryo development. To go along with the basic study, you'll look at some of the fertility treatments and standard practices used in fertility facilities. You will study past and emerging technologies and research and how it is used to manage fertility and the endocrine system. You'll also learn how to analyze sperm and embryos, as well as how to perform egg and sperm cryogenics.
Female Reproductive Physiology
It may come as no surprise, but this course will look specifically at female reproductive organs and physiology. You'll look at many aspects to female reproduction, including hormone signaling and production. You'll likely look at oogenesis and the pregnancy process. Special topics such as reproductive technologies will be studied, as well as possible infertility diseases and disorders. Of course, to study the female reproductive anatomy, you'll look at puberty, the menses cycle, and menopause.
Male Reproductive Physiology
This course will, of course, be quite similar to the female reproductive physiology course, but instead will look at the male reproductive physiology. Along with looking at the signaling and release of hormones over the lifespan, you'll look at the diseases and disorders that can affect fertility and the reproductive organs in males. You will study the spermatogenesis cycle, as well as the fertilization process. Finally, you'll look at the history of and modern reproductive technologies used on men.
Reproductive Health and Disease
The reproductive health and disease course may vary between schools. In general, you'll get a basic overview of the male and female reproductive organs. You'll study common diseases and disorders for reproductive organs, including endometriosis and cancer. You will look at the aging of the reproductive organs, and risk factors that can creep up during pregnancy and labor. You'll likely look at samples and cells in a laboratory setting. Along with these things, you'll study the types of medications and therapies used on reproductive systems to improve fertility.
Toxicology and Infertility
This course will look at the environmental influences over fertility for both men and women. You'll look at the current theories and technologies used to counteract the toxins and environmental settings. You'll look at how toxins and toxicology affects fertility and embryo development.
PhD Admission Requirements
Depending on the college you wish to attend, your admission requirements may vary. For instance, some universities ask that you have a bachelor's degree in one of the biological sciences. However, some colleges require you to have completed your master's degree in a specific field, such as embryology or molecular biology. There are often some that can be found across many universities, and we'll take a look at them here:
- GRE scores
- 3.0 GPA or higher
- Letters of recommendation
- Personal essay
- Verified experience working in the embryology field
- Curriculum vitae
- Application and fee
- Campus interview
- TOEFL exam (for international students)
No matter your particular interests, a PhD program in reproductive biology can lead to careers helping those who want to have children. With research courses and more practical courses, you'll have the knowledge to research medicines and equipment to improve reproductive cycles.