Determining The Best Course Of Action For Each Individual Patient

by | Oct 27, 2016 | Science and Technology

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When being diagnosed with cancer, you’re given a handful of different options. Many of the choices you make will determine how you live the rest of your life. The lifestyle change that comes with being diagnosed with a devastating disease such as cancer is really incomparable to anything else. In this moment where you’re at your most vulnerable, doctors make sure to provide you with some degree of control over your situation in the form of decisions for how you’d like to proceed. Because of the powerful psychological effect that a cancer diagnosis can have, it’s a delicate subject. Making sure you get the best treatment possible for your particular situation is very important, but ensuring that you still feel like you’re in control of your life is also very important. That’s why the decisions that you’re given are often already determined to be the best ones for your particular case.

The Deciding Factor

Each individual case of cancer is unique, and as such it’s analyzed in great detail and different treatment plans are devised based on what the most effective route could be for the given case. The most important factor in coming up with the best treatment options is determining how the cancer is going to develop. Doctors can determine this by using different techniques, such as a Ki-67 antibody to chart the growth of your cancer. This particular antibody is used for many different kinds of cancer as it has the ability to identify the stage the cancer is in using what’s known as the “Ki-67 labelling index”. Identifying your cancer in this index is critical for doctors to decide which treatments will work best for you, as different stages of certain kinds of cancer tend to react differently to treatments. Knowing where you stand is always important in deciding where you need to go next and that’s why using antibodies such as Ki-67 is such a critical part of the cancer treatment process.

For more on the Ki-67 antibody, visit Spring Bioscience online at