Precision medicine describes a new form of medical care based on genetic, environmental
and lifestyle factors. In 2003, scientists completed work on the Human Genome Project,
and since then human genetics have driven the development of more precise ways to
attack disease—especially cancer.
Working with new understanding
and resources, cancer doctors in the Sutter Health network offer a variety of advanced
treatments designed to attack your specific cancer. They can prescribe targeted
therapies that prevent tumors from developing new blood vessels; and immunotherapies
that enlist your own immune system in the fight against lung cancer, prostate cancer,
melanoma and leukemia.
Cancer doctors in the Sutter Health network also
use hormone
therapy to treat and prevent prostate, breast, endometrial, adrenocortical and
gastrointestinal cancers from returning. Through genetic
testing, counselors in the Sutter Health network are helping families understand
genetic defects that put you and your loved ones at greater risk for some cancers.
Cancer experts in the Sutter Health network currently participate in many
clinical
trials that are expected to produce effective new precision treatments and therapies.
The precision medicine movement offers cancer patients a very good reason to be optimistic
about their personal fight against cancer.
Patient Information
Interested in becoming a Sutter patient? Here’s what you need to know about health plans, choosing a doctor and how to get started today.
In Your Corner
Immunotherapy
Immunotherapy harnesses the power of your own immune system to fight cancer. Learn how this advanced treatment works.
Patient Stories
Personalizing Treatment Options for Cancer Patients
Patient Ashleigh Evans describes how precision medicine research at Sutter is helping deliver personalized treatment options for cancer patients.
Genetics Research
Genetics studies the genes and DNA coding that each person inherits from their parents
and how these genes can lead to disease or better health. Some inherited genes cause
diseases such as Tay-Sachs or sickle cell anemia, while mutations in genes can cause
genetic disorders, such as Down syndrome. However, doctors also use genetics to understand
which treatments may work best for an individual.
Sutter Health Genetics Research Sutter Health Genetics Research
Doctor Profiles
The following doctors are part of the Sutter Health network. Learn about the doctors
on this site.
