TTV 01 Normal vs. Tumor Vasculature: Mechanism of action animation that explains angiogenesis and it’s roll in cancer growth. VEGF factors in anti-angiogenic activity, helping to stop and reverse cancer growth and proliferation. Understanding normal vs. tumor vasculature and the relationship of tumor induced blood vessels with angiogenic mechanisms of action. Storyboard, Illustration & Animation by Jennifer Fairman.
TTV 01: Normal vs. Tumor Vasculature from Fairman Studios on Vimeo.
Understanding normal vs. tumor vasculature and the relationship of tumor induced blood vessels with angiogenic mechanisms of action. Storyboard, Illustration & Animation by Jennifer Fairman.
MTT 02 The Role of EGFR in Angiogenesis: Mechanism of action animation that explains angiogenesis and it’s roll in cancer growth. VEGF factors in anti-angiogenic activity, helping to stop and reverse cancer growth and proliferation. Storyboard, Illustration & Animation by Jennifer Fairman. Mechanism of action animation that explains angiogenesis and it’s roll in cancer growth. VEGF factors in anti-angiogenic activity, helping to stop and reverse cancer growth and proliferation. HER1 & HER2 (EGFR) are shown to play a key role in cancer cell proliferation by their signalling cascade within cancer cells. Storyboard, illustration and animation by Jennifer Fairman.
MTT 02: The Role of EGFR from Fairman Studios on Vimeo.
Mechanism of Action animation. HER1 & HER2 (EGFR) are shown to play a key role in cancer cell proliferation by their signalling cascade within cancer cells. Storyboard, illustration and animation by Jennifer Fairman.
MTT 01 Angiogenesis: Mechanism of action animation that explains angiogenesis and it’s roll in cancer growth. VEGF factors in anti-angiogenic activity, helping to stop and reverse cancer growth and proliferation. Storyboard, Illustration & Animation by Jennifer Fairman. Mechanism of action animation that explains angiogenesis and it’s roll in cancer growth. VEGF factors in anti-angiogenic activity, helping to stop and reverse cancer growth and proliferation.
MTT 01: Angiogenesis from Fairman Studios on Vimeo.
Mechanism of action animation that explains angiogenesis and it’s roll in cancer growth. VEGF factors in anti-angiogenic activity, helping to stop and reverse cancer growth and proliferation. Storyboard, Illustration & Animation by Jennifer Fairman.
HIF-1 Inhibition in Mitochondria
According to Dr. Hu Xu of the Department of Orthopedics, Xijing Hospital, proximal soft-tissue realignment is the main surgical intervention for recurrent patellar instability. In recent years, all-inside arthroscopic procedures or mini-open surgeries comes to replace traditional operations which have more associated morbidity and poor cosmetic results. In this article (ORTHOPEDICS July 2011;34(7):524), Xu and his colleagues report a very simple and all-inside arthroscopic technique for the operative treatment of recurrent patellar instability. Using two epidural needles in several steps and no accessory portals required, the medial patellar retinaculum is imbricated to the desired tension. The combination of lateral release and medial retinacular placation obviously improves the patellar tracking compared with pre-operation.
Recently, Fairman Studios was asked to create another cover piece for the American Academy of Family Physicians on the Treatment of Alzheimer’s Disease. Alzheimer’s disease (AD) is the most common form of dementia, affecting one-third of Americans over age 85. It is characterized by progressive memory loss and cognitive decline. Amyloid plaque accumulation, neurofibrillary tau tangles and depletion of acetylcholine are among the pathologic manifestations of AD. While there are no clearly effective preventive modalities currently, hypertension treatment, omega-3 fatty acid supplementation, physical activity and cognitive engagement demonstrate modest potential.
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