Anna Shuck, APRN Family Medicine Medicare: Accepting Medicare Assignments Practice Location: 720 1st Ter, Lansing, KS 66043 Phone: 913-682-5588 |
Dr. Nicholas G. Brockert, M.D. Family Medicine Medicare: Accepting Medicare Assignments Practice Location: 1004 Progress Dr, Suite 200, Lansing, KS 66043 Phone: 913-651-3111 |
Dr. Amy Michelle Holman, MD Family Medicine Medicare: Accepting Medicare Assignments Practice Location: 1004 Progress Dr, Lansing, KS 66043 Phone: 913-772-8200 Fax: 913-772-0372 |
Dr. Peter John Cristiano, M.D. Family Medicine Medicare: Accepting Medicare Assignments Practice Location: 720 1st Ter, Lansing, KS 66043 Phone: 913-682-5588 Fax: 913-682-2698 |
Catherine Martin Grote, D.O. Family Medicine Medicare: Accepting Medicare Assignments Practice Location: 712 1st Ter, Lansing, KS 66043 Phone: 913-727-6000 Fax: 913-351-1346 |
News Archive
Secretary of Veterans Affairs Erik Shinseki "addressed fears that some veterans have expressed that their health care and, specifically, their TRICARE medical coverage will be adversely affected by the health-reform legislation," according to the Providence Journal.
Before a new treatment for a disease like cancer becomes available, physician-researchers must recruit hundreds or thousands of patients to participate in clinical research trials.
Lakewood-Amedex Inc., (L-A), the anti-infectives biopharmaceutical company developing a unique portfolio of anti-bacterial and anti-viral products including NuBiotics, a novel family of synthetic anti-bacterial compounds, and anti-viral products against hepatitis, HIV and influenza, announced today that it is accelerating development of its broad spectrum anti-influenza product into clinical studies.
How the human brain, the most complex object in the known universe, does what it does remains a mystery. While it's true that scientists understand much about the composition of neurons (nerve cells) and how they send and receive electrical and chemical signals and how large bundles of neurons connect major areas of the brain to each other, a gap persists in our knowledge on how signals from individual neurons combine to produce activities such as walking, recognizing a melody, playing a musical instrument or understanding mathematics.
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