CO1

Gain a comprehensive understanding of human anatomy and structure, including major organ systems.

CO2

Explain cellular physiological processes like transport, metabolism, and communication.

CO3

Integrate physiological concepts to understand body function as a whole, including homeostasis and feedback mechanisms.

CO4

Develop practical skills in conducting physiological experiments and lab tests, involving data collection, analysis, and interpretation.

CO5

Understand common physiological disorders, their causes, symptoms, diagnostic tests, and treatment options.

CO6

Critically evaluate physiological data, identify problems, and propose solutions or interventions, involving case studies and evidence-based recommendations.

CO1

Ensure a foundational understanding of the theoretical aspects of the chemistry of living organisms and cells.

CO2

Organize and manage various biochemistry laboratory practices including handling laboratory equipment, chemicals, and accidents, as well as first aid management.

CO3

Acquire knowledge and practice fundamental instrumentation skills by studying and using different laboratory equipment

CO4

Develop preparative skills by preparing various laboratory reagents and solutions.

CO5

Learn about the chemistry of biomolecules, their identification, and the relationship between human metabolism and underlying diseases

CO6

Identify and understand the practical applications of different biochemical processes.

CO1

Understand the fundamental makeup, traits, and functions of various microorganisms, such as bacteria, viruses, fungus, and parasites

CO2

Showcase mastery of fundamental microbiological and immunological laboratory skills, including the staining, microscopic observations, use of aseptic procedures and safety measures in the lab.

CO3

To emphasize the value of taking a balanced approach, encouraging  critical thinking abilities and  developing quality result 

CO4

Understand to practice laboratory safety procedures and microbiological guidelines.

CO5

Explore the beliefs and attitudes around the moral application of microorganisms

CO1

Knowledge of the immunological components of illnesses, their diagnosis, and possible treatments.

CO2

Gaining competence in the fundamentals of laboratory methods involves learning how to operate laboratory equipment.

CO3

Acquire and apply quality control techniques while following set guidelines and standards to guarantee the correctness and dependability of laboratory results.

CO4

Utilize molecular biology methods to amplify and quantify nucleic acids, to help identify genetic markers or infectious pathogens.

CO5

Understand the rationale behind protecting people's privacy and protecting the confidentiality of immunology test findings.

CO1

To Attribute Theory Knowledge About Blood and Blood Components.

CO2

To Get Basic Laboratory Practical Skill and Laboratory Management.

CO3

To Get Basic Laboratory Practical Skill and Laboratory Management.

CO4

Attribute Knowledge About Public Health Care System, Ethics and Medico Legel Aspects.

CO5

Attribute Ability to Care and Maintenances of Laboratorial Instruments.

CO1

Provides students with a foundation for understanding the fundamental processes underlying life and health, preparing them for careers in a range of fields, including medicine, pharmacology, nutrition, and biotechnology.

CO2

Students develop a deep understanding of cellular energy metabolism and its implications for health and disease.

CO3

Gives students a thorough understanding of the biochemical underpinnings, clinical symptoms, and diagnostic procedures for diagnosing diseases.

CO4

Students acquire a strong foundation in the biochemical principles underlying nutrient metabolism and their implications for health and disease.

CO5

Provides students with valuable insights into the biochemical composition, physiological functions, and clinical significance of body fluids.

CO1

Develop knowledge about various bacterial classifications & culture media also develop skills regarding microbiological techniques.

CO2

Develop skills to proceed the microbiological techniques in aseptic manner.

CO3

Develop critical thinking skills by making wise decisions and judgments during microbial techniques and give quality result interpretation.

CO4

Demonstrate the ethical roles and responsibilities of a professional microbiologist.

CO5

Develop skills to apply safety precautions, quality assurance, and result interpretation.

CO1

A solid grasp of the fundamentals of enzymology and their significance for the diagnosis and comprehension of a wide range of illnesses.

CO2

Understand and analyze hemoglobin-related disorders and their diagnostic approaches.

CO3

Equipped with the knowledge and skills necessary to recognize and manage porphyria-related conditions in clinical practice and research

CO4

Able to perform and interpret electrophoretic and chromatographic analyses of various biomolecules, contributing to the diagnosis and management of metabolic and genetic disorders.

CO5

Comprehensive understanding of immunological methods and related techniques for the detection, quantification, and characterization of antigens, antibodies, and other immunological molecules.

CO6

Equipped with the knowledge and skills necessary to effectively diagnose, treat, and manage patients with calculi-related disorders and renal conditions.

CO1

To be able to identify the causative agents of various bacteriological diseases & develop knowledge regarding virulence, pathogenesis, clinical manifestation of medically important bacteria.

CO2

Develop skills to process the clinical samples for diagnosing the causative agent of infections using   microbiological techniques.

CO3

Develop critical thinking skills by making wise decisions and judgments during sample processing and give quality result interpretation.

CO4

Demonstrate the ethical roles and responsibilities of a professional bacteriologist.

CO5

Apply safety precautions, quality assurance, biomedical waste management, automation and recent advances in bacteriology.

CO1

Demonstrate cytological investigations including different method of sample collection, handling, different processing and routine Papanicolaou staining as well as special staining procedures for different clinical specimens.

CO2

Evaluate current and potential applications of automated screening, liquid-based preparation methods, flow cytometry and molecular testing.

CO3

Summarize the new standardized terminology and reporting systems for gynaecological, pancreaticobiliary, thyroid, salivary gland and urinary cytological specimens.

CO4

Identify diagnostic pitfalls and how to avoid them.

CO5

Understanding of the need for commitment to carrying out professional responsibilities, adherence to ethical principles, and sensitivity to a diverse patient and clinician population as well as to research.

CO1

Attaining a robust understanding of immunohematology fundamentals and the methodologies employed in blood transfusion services.

CO2

Demonstrate proficiency in advanced techniques for identifying blood groups, conducting compatibility testing, and handling and processing blood.

CO3

Ensure the delivery of high-quality blood products and precise test results through the implementation of rigorous quality control measures.

CO4

Strengthening abilities in documenting and communicating effectively within blood transfusion services.

CO5

Master emergency preparedness to effectively manage transfusion reactions and handle adverse donor responses.

CO6

Proficiently organize blood grouping and donation camps, establish functional blood banks, ensuring ethical compliance.

CO1

Understand and comprehend the basics in research methodology and application in research/ project work.

CO2

Learn the approach to manage, using the leading, planning, organizing, and controlling approach.

CO3

Enable to collect the data, edit it properly and analyse using various statistical elementary tools

CO4

Understand basics of computer and working with OS.

CO1

Acquire theoretical knowledge  and an understanding of the relevance of biochemistry in various biological processes and health-related contexts.

CO2

Develop practical skills and critical thinking abilities related to the molecular aspects of biological systems.

CO3

Knowledge about the role of proficiency in biochemical techniques, quality control, and instrumentation.

CO4

Acquire the ability to analyse the data and interpret  the  results to detect endocrine disorders.

CO5

Develop proficiency in molecular biology techniques and create opportunities for students to apply them in impactful clinical and research contexts.

CO1

To be able to identify the causative agents of various fungal and viral  diseases & develop knowledge regarding virulence, pathogenesis, clinical manifestation and lab diagnosis of medically important microbes.

CO2

Develop skills to process the clinical samples for diagnosing the causative agent of infections using   recent and advanced microbiological techniques.

CO3

Develop ability to understand the interaction of microbes with environment and their significance in hospital settings.

CO4

Develop critical thinking skills and the ability to apply microbiological principles to solve emerging real world problems in various fields.

CO5

Ability to differentiate rights and wrongs of specific technologies and applications.

CO1

Acquire basic knowledge about the structure and organization and types of chromosomes.

CO2

Identify and describe various types of chromosomal abnormalities.

CO3

Execute cytogenetic techniques with precision.

CO4

Acquire the ability to analyse cytogenetic data and interpret cytogenetic results to detect genetic disorders.

CO5

Demonstrate ethical conduct in handling cytogenetic data and samples.

CO1

Develop competency In various histotechniques, handling of biopsies, fixation, decalcification, processing, cutting of paraffin and frozen tissue specimens and routine H and E staining as well as special staining procedures.

CO2

To be able to identify and explain the causes of technical defects in sample preparations, how to rectify such defects and how they could influence the diagnostic process

CO3

Develop critical thinking skills by making wise decisions and judgments.

CO4

Demonstrate the ethical role and responsibilities of a professional technician.

CO5

Apply safety precautions, quality assurance, biomedical waste management, automation and recent advances in histopathology.