
Introduce good laboratory practices, biosafety concepts, GLPs, and BSL-2/BSL-3 protocols while covering lab safety, waste management, and a cancer epidemiology overview.
Explore category wise biomedical waste types and biosafety levels from BSL 1 to BSL 4, with disposal methods like incineration and autoclaving and PPE.
Explore how to design a molecular biology lab for PCR work, emphasizing dedicated areas for specimen collection, reagents preparation, nucleic acid isolation, and unidirectional flow with airlocks to prevent contamination.
Explore occupationally acquired infectious agents and blood-borne pathogens in laboratory work, identify transmission routes such as inhalation, cuts, and mucous membranes, and apply safety policies, training, and medical surveillance.
Examine potentially infectious materials and body fluids, including semen, pleural fluid, pericardial fluid, peritoneal fluid, amniotic fluid, and saliva, and their roles in transmission and laboratory handling.
Explore how lab exposures occur through contaminated sharps and mucous membranes, and how biosafety containment, including BSL levels and universal precautions, minimizes infection risk.
Enforce restricted laboratory practices and immunocompromised entry, practice biosafety with laminar airflow, biosafety cabinets, HEPA filters, autoclaves, and decontamination using nuclease-free water and 70% alcohol for PCR and DNA/RNA work.
Explore ergonomics and safety equipment, from protective clothing to biosafety cabinets, in infectious agent labs. Learn about laminar flow, air patterns, waste disposal, disinfectants, and lab setup for safe operations.
Explore the practical space of a biosafety level two lab, covering sample processing, nucleic acid extraction and detection, master mix and PCR workflows, and ELISA and gel electrophoresis applications.
Understand what cancer is, how abnormal cells divide uncontrollably and invade tissues, and distinguish benign from malignant tumors, noting genetic and lifestyle factors.
Explore the four main cancer categories by origin—carcinomas, sarcomas, lymphomas, leukemias—and understand their nomenclature with examples like adenocarcinoma and hepatocellular carcinoma, plus metastasis via lymphatic and blood systems.
Explore how genetic checkpoints and tumor suppressor genes interact with lifestyle risk factors like tobacco, diet, alcohol, obesity, and physical activity to influence cancer risk, especially after age 50.
Explore cancer statistics from ICMR and global sources, detailing incidence, prevalence, leading cancer sites by gender, survival rates, and the role of HPV and cervical cancer screening in Tamil Nadu.
Explore cancer stages from carcinoma in situ to distant metastasis, including localized and regional disease, and how early detection and site-specific stage distribution affect treatment.
Explore distinctions between communicable and non-communicable diseases, including onset, causes, and treatment, and examine their relevance to cancer biology, lifestyle factors, and India's rising disease burden.
Explore the heterogeneity of non-communicable risk factors across India, linking state differences in diet, literacy, and urbanization to cancer epidemiology. Examine surveillance methods and the role of public health interventions.
Explore how genomics and gene testing reveal cancer genes, drive high-throughput diagnostics, and enable gene-based therapies to detect, diagnose, and treat diverse cancers.
Discover how DNA uses the four bases adenine, thymine, cytosine, and guanine in a double helix to encode proteins and drive heredity.
Discover how genes are DNA subunits encoding information copied into messenger RNA that guides ribosomes to assemble proteins for cell function, with errors linked to cancer.
Learn how different genes encode atgc base pairs to give cells their function, and how housekeeping genes act as internal controls to authenticate samples in gene-based diagnostics and cancer studies.
Explore how altered DNA and miscopied mRNA produce proteins with changed functions, and how mutations—hereditary or acquired—shape alleles, including dominant and recessive forms and cancer risk.
Explore how multiple mutations in the mucus production gene produce varied cystic fibrosis symptoms, depending on mutation site and locus, and why gene detection matters.
Learn about gene testing methods, including chromosomal, DNA, and protein analyses, sampling types, PCR and microarray applications, cancer markers like BRCA1/BRCA2 and HPV, and their limitations.
Overview:
Welcome to the fascinating world of Cancer Biology! Our online course is designed to provide you with an in-depth understanding of the complexities of cancer, from its molecular mechanisms to its clinical implications. Throughout this journey, you'll delve into the intricacies of tumor biology, cancer genetics, therapeutic approaches, and cutting-edge research advancements.
Benefits of Learning:
Comprehensive Understanding: Gain a deep understanding of cancer biology from renowned experts in the field.
Flexibility: Learn at your own pace, fitting the course around your schedule.
Access to Resources: Access a wealth of resources including lectures, readings, and interactive materials.
Networking Opportunities: Connect with peers and professionals in the field through online forums and discussions.
Career Advancement: Enhance your career prospects with specialized knowledge in cancer biology.
Who Can Learn:
Undergraduate and graduate students in biology, biochemistry, or related fields.
Healthcare professionals seeking to expand their knowledge in oncology.
Researchers and scientists interested in cancer biology.
Anyone with a passion for understanding the mechanisms of cancer and its treatments.
Career Scope:
Research Scientist: Conduct cutting-edge research in cancer biology, working in academic institutions, research labs, or biotech companies.
Clinical Oncologist: Diagnose and treat cancer patients, utilizing your expertise in cancer biology to inform treatment decisions.
Biotechnology Specialist: Develop novel therapies and technologies for cancer diagnosis and treatment.
Medical Writer/Communicator: Translate complex scientific concepts into accessible content for a wider audience.
Educator: Share your knowledge as a teacher or lecturer in academic institutions.
Salary Package with Job Role In India and Foreign:
In India, salaries for entry-level positions in cancer biology typically range from 3-6 lakhs per annum. With experience and expertise, salaries can increase significantly, reaching upwards of 15-20 lakhs per annum for senior positions.
In foreign countries such as the United States or Europe, salaries are generally higher, with entry-level positions starting at around 50,000 to 70,000 dollar per annum, and experienced professionals earning upwards of 100,000 to 150,000 dollar per annum.
Requirements To Study:
Basic understanding of biology and biochemistry.
Access to a computer with internet connectivity.
Eagerness to learn and explore the intricacies of cancer biology.