Pathology Lab Technology Course 1 Year

Pathology Lab Technology Course 1 Year

Pathology Lab Technology Course 1 Year
Admission Fee Tk 12500/-, Monthly Fee Tk 3500/-,
Total Course Fee Tk 62500/-
Total Subject 10, Total Exam Marks 1000.

Hostel & Meal Facilities in HRTD Medical Institute

The Institute has hostel facilities for the students. Students can take a bed in the hostel. 

Hostel Fee Tk 3000/- Per Month

Meal Charges Tk 3000/- Per Month.

হোস্টেল ও খাবার সুবিধা 

ইনস্টিটিউটে শিক্ষার্থীদের জন্য হোস্টেল সুবিধা রয়েছে। ছাত্ররা হোস্টেলে বিছানা নিতে পারে। 

হোস্টেল ফি 3000/- টাকা প্রতি মাসে,

খাবারের চার্জ 3000/- টাকা প্রতি মাসে।

Subjects for Pathology Lab Technology Course:

1. Human Anatomy & Physiology

2. Chemistry & Pharmacology

3. First Aid & OTC Drugs 

4. General Pathology 

5. Clinical Pathology-1 and Lab Activity

6. Microbiology & Microbiological Lab Activity 

7. Hematology

8. Hematological Lab Activity 

9. Clinical Pathology-2 and Lab Activity

10. Biochemistry and Lab Activity 

General Pathology for Pathology Lab Technology Course 

General pathology is the study of the fundamental mechanisms of disease, focusing on how cells and tissues are affected by injury and how the body responds to it. It serves as the foundation for understanding diseases by examining topics like inflammation, cell injury, healing, and the development of tumors, and is a crucial bridge between basic science and clinical medicine. The field uses various laboratory techniques, ranging from microscopy to molecular diagnostics, to diagnose diseases and guide treatment decisions. 

Core concepts of general pathology

• Inflammation and repair: The body's response to injury, including the processes of inflammation, tissue repair, and wound healing. 

• Neoplasia: The study of new and abnormal growth, including tumors and cancers. 

• Hemodynamic disorders: The study of diseases related to blood flow and supply. 

• Genetic and environmental factors: Understanding how inherited conditions, toxins, and nutritional deficiencies lead to disease. 

• Cell injury and adaptation: The study of how cells respond to stressors and undergo changes like necrosis or adaptation. 

Applications in medicine

• Diagnosis: 

  Pathologists use laboratory tests on patient samples to diagnose diseases. 

• Treatment planning: 

  The information gathered from pathology helps physicians determine the best course of treatment. 

• Consultation: 

  Pathologists act as expert consultants to other medical professionals, providing critical insights into patient conditions. 

• Disease monitoring: 

  It plays a role in monitoring disease progression and the effectiveness of treatment. 

Tools and techniques

• Basic laboratory equipment: Microscopes, stains, and ovens are used for basic tissue examination. 

• Advanced technology: The field also employs sophisticated tools like electron microscopy, PCR, and genetic sequencing. 

• Gross and microscopic examination: Pathologists analyze both the macroscopic (naked eye) and microscopic (histology) changes in tissues. 

Clinical Pathology for Pathology Lab Technology Course 

Clinical pathology is the medical specialty focused on the diagnosis of disease through the laboratory analysis of bodily fluids like blood and urine. It uses disciplines such as chemistry, microbiology, and hematology to analyze samples, helping doctors diagnose illnesses, monitor health, and manage treatment.  

Key aspects of clinical pathology

• Diagnostic tools: 

  The analysis is performed using a range of tools, from microscopes to specialized machines, that measure chemical levels or identify microorganisms. 

• Sub-disciplines: 

  It encompasses several sub-specialties, such as: 
  • Hematology: Study of blood and blood-forming tissues. 
  • Biochemistry: Analysis of the body's chemical components. 
  • Microbiology: Identification of infectious agents like bacteria and viruses. 
  • Molecular pathology: Examining tissues and fluids at the molecular level. 
  • Immunohaematology: Related to blood transfusions and blood typing. 

• Clinical applications:

  • Diagnosis: Identifying infections, monitoring electrolyte and hemoglobin levels, and providing data for diagnosing diseases. 
  • Blood management: Managing blood transfusions, which includes testing tissue compatibility for transplants. 
  • Treatment support: Providing crucial data that guides a patient's treatment plan. 

• Sample analysis: 

  Clinicians and technologists analyze bodily fluids, including blood, urine, and cerebrospinal fluid, to check for various indicators of health and disease. 

Hematology for Pathology Lab Technology Course 

Hematology is the branch of medicine that studies blood and blood-related disorders, including the bone marrow and lymph nodes. Specialists called hematologists diagnose and treat blood diseases, which can be cancerous (like leukemia) or noncancerous (like anemia or hemophilia). Hematology is a field that involves both clinical practice and laboratory work (hematopathology) to understand and manage conditions affecting blood cells, plasma, and clotting.  

• Disorders addressed: 

  Hematologists treat a wide range of conditions, including anemias, bleeding disorders like hemophilia, blood clots (thrombosis), and blood cancers such as lymphomas and leukemia. 

• Diagnosis: 

  Hematological tests are used to help diagnose and monitor these conditions. 

• Specialists:

  • Hematologists are physicians who specialize in the clinical care of patients with blood disorders. 
  • Hematopathologists are doctors who specialize in the laboratory study of blood and bone marrow to diagnose diseases. 

• Scope: 

  Hematology can involve both benign (non-cancerous) and malignant (cancerous) blood diseases. Often, training in hematology is combined with oncology, creating hematologist-oncologists who specialize in blood cancers. 

• Study of blood: 

  It is the study of blood, its components (red and white blood cells, platelets), and its forming organs, such as the bone marrow. 

Microbiology for Pathology Lab Technology Course 

Microbiology is the scientific study of microscopic organisms, including bacteria, viruses, fungi, and parasites. This field encompasses a wide range of sub-disciplines and is concerned with the structure, function, and classification of these microbes, as well as their impact on health, disease, and the environment. It plays a critical role in modern life, from the development of vaccines and antibiotics to the understanding of disease and ecosystem processes.  

Key aspects of microbiology

• Structure and function: 

  It focuses on the biochemistry, physiology, and cell biology of these organisms. 

• Sub-disciplines: 

  Key areas include:
  • Bacteriology: The study of bacteria. 
  • Virology: The study of viruses. 
  • Mycology: The study of fungi. 
  • Parasitology: The study of parasites. 
  • Immunology: The study of the immune system and its response to microorganisms. 

• Impact and applications:

  • Medicine: It is crucial for diagnosing and treating infectious diseases and was integral to developing vaccines and antibiotics like penicillin. 
  • Environment: Microbes are essential to ecosystem health, found in soil, oceans, and the air. 
  • Food and industry: It is used in food preservation through techniques like pasteurization. 

• Key figures and discoveries:

  • Louis Pasteur: Developed pasteurization and created a rabies vaccine. 
  • Edward Jenner: Created the first vaccine against smallpox. 
  • Alexander Fleming: Discovered penicillin. 

• Study of microorganisms: 

  Microbiology investigates a diverse group of life forms that are too small to be seen with the naked eye, such as bacteria, viruses, archaea, fungi, and protozoa. 

Biochemistry for Pathology Lab Technology Course 

Biochemistry is the study of the chemistry of living things, exploring the molecules (proteins, DNA, lipids, carbs) and chemical processes within organisms, explaining life at a molecular level, and bridging biology and chemistry to understand health, disease, and life itself, impacting medicine, genetics, agriculture, and biotech. It covers how cells get energy, the basis of heredity, and the molecular basis of disease, using techniques from organic, physical, and analytical chemistry.  

Core Concepts

• Metabolism: 

  The sum of all chemical reactions (energy production, molecule building/breaking) in an organism, involving enzymes. 

• Molecular Basis of Life: 

  Unravels how molecules interact to create cellular functions, from energy flow to genetic expression (DNA -> RNA -> Protein). 

• Biomolecules: 

  Focuses on proteins, nucleic acids (DNA/RNA), carbohydrates, and lipids—the building blocks and machinery of life. 

Key Areas & Applications

• Medicine: 

  Explains disease mechanisms (e.g., genetic disorders) and helps develop drugs and treatments. 

• Genetics & Molecular Biology: 

  The foundation for understanding gene expression, mutations, and the "central dogma" of life. 

• Agriculture & Biotechnology: 

  Used for genetic engineering, designing better crops, and developing new technologies. 

• Research Tools: 

  Involves techniques like chromatography, Western blotting, and CryoEM for detailed analysis. 

Related Fields

• Molecular Biology: 

  Often overlaps with biochemistry, focusing more specifically on nucleic acids and proteins. 

• Cell Biology: 

  Studies the structure and function of cells, heavily relying on biochemical principles.