Comprehensive shares steps taken to become a cancer research scientist that helps drive new treatment options for those with cancer here in Nevada and all over the world.
For Comprehensive Cancer Centers, scientific research is a core part of the practice’s mission. That includes keeping up-to-date on the evolution of treatment methodologies, as well as driving the creation of new treatment options for our patients right here in Southern Nevada, and for those with cancer all over the world.
The Role of Research at Comprehensive Cancer Centers
Comprehensive has a long history of participating in clinical research studies, having developed one of the largest Phase I clinical trial programs in Nevada. This research includes extensive research programs for genitourinary cancer treatments (prostate, kidney, and bladder cancers) and gastrointestinal cancer treatments, and has developed extensive research programs for breast cancer, lung cancer, head & neck cancer, blood cancer, and skin cancer.
The practice’s team of research scientists participate in more than 100 Phase I, Phase II, Phase III, and Phase IV clinical research studies each year, with efforts helping develop more than 100 FDA approved cancer therapies and counting.
Seeing the benefits this work can have here in Southern Nevada and all over the world, becoming a cancer research scientist is a long and demanding journey that is deeply meaningful. The path requires strong academics, practical lab skills, and a real drive to solve one of the toughest problems in medicine. The field is changing quickly, blending traditional biology with tools like artificial intelligence and precision medicine.
This journey usually begins during undergraduate studies. Most students choose life science majors like molecular biology, biochemistry, genetics, or bioengineering. However, interdisciplinary paths are becoming more valuable, so someone studying computer science or math with a biology focus can also stand out. During these years, it’s not just about grades—hands-on lab experience is essential.
Students often volunteer in research labs and learn techniques such as gene editing, protein analysis, and cell sorting. Summer programs, including those run by major research organizations, give students early exposure to real-world science and help them understand the pace and expectations of the field.
After earning a bachelor’s degree, many students move on to a doctoral program. While some start working with a master’s degree, leading independent research usually requires a Ph.D. or an M.D./Ph.D. A Ph.D. program in cancer biology or a related area typically takes five to seven years. Early on, students take advanced classes and rotate through different labs to find the best fit. Later, they focus on one major research project, asking an original question and testing it through experiments. This stage is like an apprenticeship, where students learn how to think critically, design studies, and contribute new knowledge. Their work often ends with a dissertation and, ideally, published research papers.
For those interested in both patient care and research, the M.D./Ph.D. path is a strong option. These physician-scientists treat patients while also running labs, helping connect discoveries in the lab to real treatments. No matter the degree path, training focuses heavily on problem-solving, data analysis, and understanding ethical issues in research involving humans and animals.
Once a doctorate is complete, most scientists enter a postdoctoral position, often called a post-doc. A temporary research role usually lasts three to five years. It’s a time to build deeper expertise, often at a different institution, and to learn new methods. Many researchers choose a specialty during this stage, such as cancer immunology, microbiome research, or AI-driven drug modeling. The main goals are to publish strong research and secure early funding, showing they can eventually lead their own lab.
From there, career paths typically branch into academia, industry, or government. In academia, scientists become professors or researchers at universities. They teach, but much of their time is spent applying for grants and leading research projects. It’s a competitive environment, but it allows for more freedom to explore new ideas.
What Does a Cancer Research Scientist Do?
In the industry, such as pharmaceutical or biotech companies, the focus is on developing treatments and technologies. Scientists work in teams to create new drugs or diagnostic tools. While there may be less freedom in choosing topics, they often have access to better resources and can see their work move into real-world applications more quickly.
Government roles, including positions at national health agencies, involve research or regulation. Scientists may study cancer directly or evaluate the safety and effectiveness of new treatments. These roles also focus on prevention and public health, looking at how lifestyle and environmental factors affect cancer risk.
Along the way, soft skills become just as important as technical knowledge. Clear communication is essential, whether explaining research to experts, funders, or the public. Resilience is also critical, since many experiments fail and funding is not guaranteed. Successful scientists learn to treat setbacks as part of the process and keep moving forward with curiosity and discipline.
The Future of Cancer Research Careers
Looking toward the future, digital skills are becoming essential. Modern cancer research generates huge amounts of data, from genetic sequencing to advanced imaging. Scientists need to understand data analysis tools and AI systems to make sense of this information. Teamwork is also more important than ever, as research now depends on collaboration between experts in many different fields.
In the end, becoming a cancer research scientist is a marathon, not a sprint. It takes years of training and a lifelong commitment to learning. For those who stay the course, it offers the chance to make real contributions to human health and help move us closer to a world where cancer is easier to treat—or even cure.
Comprehensive Cancer Centers Can Help
Physicians at Comprehensive Cancer Centers provide a variety of treatment options for patients who need oncology treatment in Southern Nevada. To schedule an appointment, please call 702-952-3350.
The content in this post is not intended to be a substitute for professional medical advice, diagnosis or treatment. Always seek the advice of qualified health providers with questions you may have regarding medical conditions.