Global Journal of Cancer Therapy is an academic, open access and well-established journal which is keen to publishing high quality manuscripts focusing on cancer therapy. The peer reviewed journal which creates scientific platform is taking into an account on all the most recent and outstandRead more
Research Interest: Theory and Mechanisms of Carcinogenesis and Metastasis; Breast Cancer; Endocrinology
Research Interest: A dedicated head and neck pathologist, Bell’s research interest focuses on sinonasal and salivary gland tumors. The aim of her research is to find and apply new strategies and technologies to better understand key molecular changes during the pathogenesis of head and neck cancers, with emphasis on salivary gland and sinonasal tumors.
Research Interest: Gastric Cancer; Colon Cancer; Rectal Cancer; Interferon Regulatory Factor-1 (IRF-1); Chemotherapy; Drug Resistance; Telomerase
Research Interest: The Scientific Activity Is Focused On Two Main Topics Concerning The Study Of Plant Toxins Known As Ribosome-Inactivating Proteins (Rips), And The Design And Testing In Vitro And In Vivo Of Immunotoxins For The Experimental Therapy Of Tumors And For The Immunosuppression.
Research Interest: Potential Therapeutic Applications of Arteether, a Semi-Synthetized Derivative of Artemisinin on a Murine Model of Breast Cancer. As a Result, I Have Got Some Experience Atan Area of Tumor Immunology/Immunotherapynamed "Chemoimmunotherapy". Chemoimmunotherapy is an Approach for the Treatment of Cancers in Whichthe Focus is to enhance the Efficacy of chemotherapeutic Agents by Concomitant Application of Compounds with Immunomodulatory Properties. Besides my Thesis Work, I Managed to Do a Course in Cellular Immunology with Professor Hassan, One of the Well-Knownimmunologists in Iran, so that i could also Work on Cellular Immunology Aspects of Tumors. Moreover, Considering the Reported Associations between Molecular Players such as CTLA-4, PDL-1 and also Different Micrornas in Tumor Progression, i am Currently Planning to further Study these Associations in order to improve the Efficacy of Tumor Immunotherapy
Research Interest: I Am Interested In Strategy Of Hepatocellular Carcinoma And Especially I Am Interested In Host Immunity In Patients With Liver Cirrhosis And Hepatocellular Carcinoma.
Research Interest: Biological Skills. Plasmid Amplification And Purification, Transformation, Transfection, Transduction,Protein Isolation, Western Blot, Cell Viability And Apoptosis Assay, FluorescenceMicroscopy, Flow Cytometry, Real-Time PCR, Tissue Processing, Tissue Culture,Immunohistochemistry, XF Flux Analyzer And Mice Handling.Biophysical Skills. A Complete Understanding Of Atomic Force Microscopy To Study IntrinsicallyUnstructured Proteins Related To Neurodegenerative Disease (Parkinson’s AndAlzheimer’s Disease).Bioinformatics Skills. Software: Python, Autodock, NCBI Software Suits, Rasmol, Clustal-X And W, VMD,Phylip, Tree View,Pymol, Arguslab And Genscan Etc. Biological Databases: Genbank, EMBL, DDBJ, Pfam, PDB, Swiss Prot, Trembl Etc. Muser Friendly With Proteomics Server Expasy.Information Technology Skills
Research Interest: Head And Neck Pathology Section At The Department Of Surgical Pathology
Research Interest: Histopathology, Anatomical pathology, Experimental oncology
Research Interest: Molecular Basis Of Cancer; Cell Signaling; Epigenetics; DNA Damage Response
Research Interest:Oncology, Radiotherapy, Radiobiology, Head And Neck Cancer; Anti-Cancer Drug Research
Research Interest: The Physiological Role Of PSA In Prostate Tissue Microenvironment, In Prostate Tumor Growth And Progression, And In Prostate Cancer Metastasis Is Not Known. Attenuation Of PSA Levels With Age, Disease Progression, Or During Androgen Deprivation Therapy, However, Removes This Important Regulator Of Angiogenesis, And By Extension Results In Tumor Progression. Re-Introduction Of Human PSA Into The Prostate Tissue Microenvironment May Suppress Tumor Angiogenesis Through Either The Inhibition Of Expression Of Pro-Angiogenic Genes Or Induction Of Expression Of Anti-Angiogenic Genes, Or Via Inhibition Of Signaling Mechanisms Associated With Angiogenesis That Are Independent Of Gene Transcription. Validation Of An Anti-Angiogenic Effect Of PSA On The Human Tissue Vasculature In A Pre-Clinical Model Of Primary Xenografts Of Human Prostate And Prostate Cancer Tissue Will Provide Compelling Evidence That PSA Has Therapeutic Potential Against Prostate Cancer.
Research Interest: Medical Oncology (Mainly Gastrointestinal Cancer), Cancer Stem Cell, Palliative Medicine,Multi-Disciplinary Coordination And Multi-Disciplinary Study
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Published On: December 29, 2016 | Pages: 026 - 029View Article