Tumor Biomarker & Therapeutics Lab
Copyrighted to TBT Lab, BHU
Welcome to the TBT Lab, BHU website 🙏🏻
We focus on exploring the role of various cellular and soluble factors in the growth and progression of cancer by giving a special emphasis on their involvement in supporting specific features to cancer cells, particularly reprogrammed tumor cell metabolism, tumor acidosis, chemoresistance, and immunosuppression. Our research team is also engaged in identifying novel therapeutic targets to develop highly effective and promising therapeutic regimens against cancer. The goal of our research is also to improve the therapeutic efficacy of the standard chemotherapeutic drugs.
We believe that collaboration and innovation are key to advancing the fight against cancer, and we are committed to working with the broader scientific community to achieve this goal. Thank you for visiting our website. Please go through our publications if wants to know about our research in detail.
Urgent notice from TBT Lab
It has come to our notice that some of our connections are being approached by fraud impersonators who are claiming to be our lab head, Dr. Ajay Kumar. However, we wish to strictly inform everyone that any approach from TBT Lab or its members shall be done via the official Email-IDs only (which are already mentioned on the TBT Lab website, www.tbtlabbhu.com). Please do not reply or indulge into any conversation with Email-IDs, other than the official Email-IDs.
यह हमारे संज्ञान में आया है कि हमारे कुछ कनेक्शनों से धोखाधड़ी करने वाले लोग संपर्क कर रहे हैं जो हमारे लैब प्रमुख डॉ. अजय कुमार होने का दावा कर रहे हैं। हालाँकि, हम सभी को सख्ती से सूचित करना चाहते हैं कि TBT लैब या उसके सदस्यों द्वारा कोई भी संपर्क केवल आधिकारिक ईमेल-आईडी (जो पहले से ही टीबीटी लैब वेबसाइट, www.tbtlabhu.com पर उल्लिखित है) के माध्यम से किया जाएगा। कृपया आधिकारिक ईमेल-आईडी के अलावा अन्य ईमेल-आईडी से उत्तर न दें या किसी बातचीत में शामिल न हों।
Latest Publications from Lab
Pyrogallol inhibits T cell lymphoma growth by mediating G2/M phase cell cycle arrest, apoptosis, glycolysis and immune evasion: an implication of AKT pathway
Pyrogallol, a polyphenolic compound, exhibits diverse activities, including antibacterial, antifungal, and antiviral effects; however, its anticancer potential has only been examined in a very few cancers and remains unexplored in T cell lymphoma. Hence, the present study is designed to elucidate the antitumor potential of pyrogallol against ...READ MORE