At JAASB, we pride ourselves on our team of exceptionally experienced tutors who have accumulated and amassed several years of expertise in their respective fields. Our tutors contribute a wealth of knowledge and practical insights to the table, gained through years of dedicated teaching with real-world experience, and are experts in their fields, possessing extensive knowledge and practical experience. With their comprehensive backgrounds, they are well-equipped to provide students with the online training, projects, guidance, mentorship, industrial professionalism, plant herbarium specimen supply (subject to availability), language coaching, and valuable insights requisite for success in their respective fields. Rest assured that when you enroll in our courses, you will benefit from the wealth of knowledge and experience the abundance of information our tutors have to offer.
We are presently working on understanding the plasticity of cancer and pathways assisting in EMT transition. Telomere lengthening and shortening has been a cue card in tumor biology. Cancer relapse coherent were fabricated towards cancer initiating cells or cancer stem cells. These CSCs might procure the usual stem cell idiosyncrasy with transfigured telomeric DNA, Centromere and Shelterin proteins than the conventional tumour cell population. Telomerase instigated pathway helps in maintaining the stemness of a tumour cells. But controlling the telomerase expression requires multiple intracellular signaling pathways, which paramount stemness. Multiple factors pertains in developing stemness and plays a vital role at every stage of the development of a cancer, from induction, stabilization and maintaining a cell’s senescence property to further invasiveness. By deciphering the contrivance mechanism of epigenetic synchronization of Shelterin complex, CENPA protein, histone modification, telomerase expression, oxidative stress and transmuted telomere revising the inter cosplay of immune cells, we may put an insight into cancer stem cell niche. Our field of research extends to cancer genetics, breast cancer, breast cancer stem cells (BCSCs), oxidative stress, histone modifications, telomere biology, shelterin signaling and ALT mechanism.
Miss Ashwini Devi Balaraman is a highly motivated, enthusiastic and accomplished individual with a post-graduate degree in endocrinology and a fervent researcher, working on breast cancer stem cells. With her expertise and dedication, she contributes significantly to the advancement of knowledge in this critical area of study. Beyond her academic pursuits, Ashwini is also a philanthropist, driven by the noble goal of making education accessible and affordable for all. Her commitment to this cause showcases her deep sense of social responsibility and desire to create a positive impact on society. Her combination of scientific expertise and philanthropic endeavors make her a remarkable professional who strives to improve humanitarian initiatives through education and charitable undertakings.
After successful completion of courses, internships and projects, candidates will be selected to work as full-time or part-time employee based on their marks and interview
Based on exam and interview, concession in courses and projects can be offered
In-house journal and publication
Breast Cancer Stem Cells, ALT mechanism, Telomere biology, Endocrine tumors, Histone Modification, Oxidative Stress, Shelterin signalling
