CBME Curriculum AMCH | ||||||
Microbiology Phase II MBBS Lesson Plan | ||||||
Topic No. | Lec.No. | Comp. No. | Titles: Topic, Competency with SLO & Lesson | Teaching Methodology | ||
1 | Topic | General Microbiology & Immunity | ||||
MI 1.1 | Describe the different causative agents of Infectious diseases, the methods used in their detection, and discuss the role of microbes in health and disease | |||||
1 | Introduction and History | Lecture | ||||
SLO 1.History of Microbiology 2. Contributions of various scientists towards Microbiology 3. Koch's Postulate |
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2 | Microscopy | Lecture | ||||
SLO 1.Parts&types of Microscope 2.Principles of each Microscrope 3.Uses of Microscope |
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3 | Morphology of Bacteria | Lecture | ||||
SLO 1.Structure of Bacteria 2.Enumerate Staining techiniques |
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4 | Overview of Gram positive bacterial infections | Lecture | ||||
SLO 1.Definition and examples of Gram positive cocci 2.Examples of gram positive bacilli 3.Media used and Antibiotics tested for gram negative bacteria |
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5 | Physiology of Bacteria | SDL | ||||
SLO 1.Describe Bacterial growth curve 2.Describe Bacterial nutrition 3.Defintion of Bacteriocins & its uses |
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6 | Overview of Gram Negative Bacterial infections -1 | Lecture | ||||
SLO 1.Enumerate Gram negative cocci infection, 2.Media used and Antibiotics tested for Gram negative cocci infections 2.Enumerate Enterobacteriaceae and gram negative anaerobic infections |
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7 | Overview of Gram Negative Bacterial infections-2 | Lecture | ||||
SLO 1.Enumerate Non fermenting gram Negative Bacterial infections 2.Media used and Antibiotics tested for Non fermenting Gram negatives 3.Rickettsiaceae and chlamydiae infections |
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8 | Culture Media and Culture Methods | SGD | ||||
SLO 1.Types and uses of different bacterial culture media 2.Types of different culture methods |
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9 | Bacterial Genetics | Lecture | ||||
SLO 1.Mechanism of Gene transfer 2.Definition, types & Uses of Plasmids 3.Mechanisms of drug resistance in Bacteria |
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10 | Identification of Bacteria | Lecture | ||||
SLO 1.Morphological & Staining methods of identification of bacteria |
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11 | Identification of Bacteria | SGD | ||||
SLO 1.Cultural characteristics & Biochemical tests used for identification of bacteria |
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12 | General Virology & Over view of Viral infection | Lecture | ||||
SLO 1.Classification of viruses 2.Methods of Cultivation of virus |
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13 | Virus Host Interaction | Lecture | ||||
SLO 1.Pathogenesis of viral infections 2.Laboratory diagnosis of protozoal infections |
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14 | General Parasitology & Overview of parasitic infections-Protozoal | Lecture | ||||
SLO 1.classification of parasites 2.pathogenesis and labaratory diagnosis of protozoal infectons |
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15 | Overview of parasitic infections-Helminths | Lecture | ||||
SLO 1.Pathogenis of helmints 2.Labaratory diagnosis of helmints |
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16 | Normal Microbial Flora of Human Body | SGD | ||||
SLO 1.Role of Normal flora 2.Normal flora of skin and mucosal surfaces |
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17 | Overview of fungal infections and General Mycology | Lecture | ||||
SLO 1.Classification of fungus 2.Labaratory diagnosis of fungal infections |
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18 | Microbial Pathogenesis | SGD | ||||
SLO 1.Different Sources of infection 2.Methods of transmission of infections 3.Types of infections diseases |
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19 | Blood stream infections, sepsis, septic shock, CRBSI | Lecture | ||||
SLO 1.Definition of BSI, sepsis, Septic shock & CRBSI 2.Types of blood stream infection |
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20 | Rickettsial infections | Lecture | ||||
SLO 1.Classification of Rickettsial diseases 2.Pathogenesis &Laboratory diagnosis of Rickettsial diseases |
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21 | Plague | SDL | ||||
SLO 1.Etiopathogenesis of Plague 3.Laboratory diagnosis of Plague |
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22 | Dengue, chikungunya, and Zikavirus | SGD | ||||
SLO 1.Pathogenesis of Dengue, chikungunya, and Zikavirus 2.Lab diagnosis of Dengue, chikungunya, and Zikavirus |
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23 | Other viral hemorrhagic fever- Kyasanuar forest disease (KFD), Ebola and Marburg virus, Hantaviruses | SGD | ||||
SLO 1.Pathogenesis of Kyasanuar forest disease (KFD), Ebola and Marburg virus, Hantaviruses 2.Lab diagnosis of Kyasanuar forest disease (KFD), Ebola and Marburg virus, Hantaviruses |
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24 | Trypanosomiasis | SGD | ||||
SLO 1.Life cycle & etiopathogesis of Trypanosomiasis 2.Lab diagnosis of Trypanosomiasis |
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25 | Schistosomiasis | Lecture | ||||
SLO 1.Life cycle & Etiopathogenesis of Schistosomiasis 3.Laboratory diagnosis of Schistosomiasis |
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26 | Systemic mycosis and Candidiasis | Lecture | ||||
SLO 1.Classification of Systemic mycosis 2.Pathogenesis of Systemic mycosis & Candidiasis 3.Laboratory diagnosis of Systemic mycosis & Candidiasis |
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27 | Echinococcosis
(hydatid disease)Other parasitic infections of liver- amoebic liver abscess ,
Fasciola hepatica infection Parasitic infections infecting bile duct- Clonorchis, Opisthorchis |
Lecture | ||||
SLO 1.Life cycle & etio Pathogenesis of Hepatobiliary Parasitic infections 2.Laboratory diagnosis of Hepatobiliary Parasitic infections |
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28 | Infective
syndromes of eye |
SGD | ||||
SLO 1.Etiopathogenesis of ophthalmic infections 2.Laboratory diagnosis of ophthalmic infections |
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29 | Infective syndromes of ear, nose and oral cavity | SGD | ||||
SLO 1.Etiopathogenesis of ENT infections 3.Laboratory diagnosis of ENT infections |
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30 | Vector-borne infections ,Laboratory acquired infections | SDL | ||||
SLO 1.Etiology,Life cycle 2.Pathogenesis 3.Laboratory diagnosis |
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MI 1.2 | Perform and identify the different causative agents of Infectious diseases by Gram Stain, ZN stain and stool routine microscopy | |||||
31,32 | Microscopy | Practical | ||||
SLO 1.Diagram with Parts 2.Types & Principles of microscopes |
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33,34 | Gram Staining-1 | Practical | ||||
SLO 1.Perform Gramstain for the given smear 2. Write the Observation & Inference |
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35,36 | Morphology of Bacteria Culture media & Methods | Practical | ||||
SLO 1.Identify thepahogen from Microscopic appearance( spotters) 2. Identify the Culture media and mention its uses 3.Identify the culture methods used (Anerobic jar OSPE) |
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37,38 | Laboratory diagnosis of viral infections- microscopy,cultivation, serology, molecular tests | Practical | ||||
SLO 1.Identify the viral infection from the given clinical history & Histopathological stain 2.Identify the cultivation method used for Virus identification 3.Identify the Serological test/Molecular test used for Virus identification |
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39,40 | Stool
Microscopy -1 Peripheral blood smear |
Practical | ||||
SLO 1.Perform the stool microscopy & Identify the parasite egg 2.Identify the The stages of parasite in peripheral blood smear |
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41,42 | Gram
Staining-2 Stool Microscopy-2 |
Practical | ||||
1.Perform
Gramstain for the given smear 2.To record the Observation & Inference 1.Perform the stool microscopy & Identify the parasite egg 2.Identify the The stages of parasite in peripheral blood smear |
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43,44 | Acid fast staining-1 | Practical | ||||
SLO 1.Perform Acid fast staining for the given smear 2.To Record the Observation & Inferance |
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45,46 | Acid fast staining-2 | Practical | ||||
SLO 1.Perform Acid fast staining for the given smear 2.To Record the Observation & Inferance |
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47,48 | Gram staining -3 | Practical | ||||
1.Perform
Gramstain for the given smear 2.To record the Observation & Inference |
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49,50 | Parasitology Stool Microscopy-3 |
Practical | ||||
SLO 1.To Perform the stool microscopy & Identify the parasite egg 2.Identify the The stages of parasite in peripheral blood smear 3. To identify the parasite from the given chart (OSPE) |
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51,52 | Stool examination-4 | Practical | ||||
SLO 1.To Perform the stool microscopy & Identify the parasite egg 2.Identify the The stages of parasite in peripheral blood smear 3. To identify the parasite from the given chart (OSPE) |
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53,54 | Stool
microscopy-5 Intestinal amoebiasis, Giardiasis, Intestinal coccidian parasites |
Practical | ||||
SLO 1.Perform the stool microscopy & Identify the parasite egg 2.Identify the The stages of parasite in peripheral blood smear 3. To identify the parasite from the given chart (OSPE) |
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55,56 | Acid fast staining-3 | Practical | ||||
SLO 1.Perform Acid fast staining for the given smear 2.To Record the Observation & Inference |
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57,58 | Acid fast staining-4 | Practical | ||||
SLO 1.Perform Acid fast staining for the given smear 2.To Record the Observation & Inference |
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MI 1.1 MI 1.2 |
Describe
the different causative agents of Infectious diseases, the methods used in
their detection, and discuss the role of microbes in health and disease
Perform and identify the different causative agents of Infectious diseases by Gram Stain, ZN stain and stool routine microscopy |
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59,60 | Mycology-1 Laboratory diagnosis of fungal infections--KOH mount, Gramstain (yeast), India ink, LPCB mount |
Practical | ||||
SLO 1.To identify the Staining technic & fungus from the given Microscopic appearance 2.Record your observation |
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61,62 | Mycology-2 Laboratory diagnosis of fungal infections--KOH mount, Gramstain (yeast), India ink, LPCB moun |
Practical | ||||
SLO 1.To identify the Staining technic & fungus from the given Microscopic appearance 2.Record your observation |
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MI 1.3 | Describe
the epidemiological basis of common infectious diseases |
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63 | Epidemiology of infectious diseases | SDL | ||||
SLO 1.Definition of Epidemiology of Infectious diseases 2.Sources & Transmission of Infectious diseases |
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MI 1.4 | Classify and describe the different methods of sterilization and disinfection.Discuss the application of the different methods in the laboratory, in clinical and surgical practice | |||||
64 | Sterilization | Lecture | ||||
SLO 1.Types of Sterilization 2.Methods & Uses of Sterilization |
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65 | Sterilization and Disinfection & CSSD | INTEGRATED LECTURE-1 |
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SLO 1.Role of CSSD in a hospital 2.Types of disinfection 3.Quality control |
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MI 1.4 MI 1.5 |
Classify
and describe the different methods of sterilization and disinfection.Discuss
the application of the different methods in the laboratory, in clinical and
surgical practice Choose the most appropriate method of sterilization and disinfection to be used in specific situations in the laboratory, in clinical and surgical practice |
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66 | Disinfection | SGD | ||||
SLO 1.Types and Methods of Disinfection 2.Tests & Uses of Disinfection |
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MI 1.5 | Choose the most appropriate method of sterilization and disinfection to be used in specific situations in the laboratory, in clinical and surgical practice | |||||
67,68 | Sterilization and Disinfection | |||||
SLO 1.To segreggate the given articles in to respective Sterilization and Disinfection method( OSPE) 2. CSSD ROUNDS |
Practical | |||||
MI 1.6 | Describe the mechanisms of drug resistance, and the methods of antimicrobial susceptibility testing and monitoring of antimicrobial therapy | |||||
69 | Antimicrobials: Antimicrobial Resistance,Antimicrobial Susceptibility Testing, | Lecture | ||||
SLO 1.Types of Drug Resistannce 2.Types & Uses of different Antibitic susceptibility testing methods |
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70 | Monitoring of antimicrobial therapy,Antimicrobial stewardship | Lecture | ||||
SLO 1.Definition & Purpose of Antimicrobial stewardship programme 2.Definition of Antibiotic Policy & its uses |
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71 | Antimicrobial
stewardship and Rational use of antimicrobial agents |
Lecture | ||||
SLO 1.Definition of Rational use of Antimicrobial agents 2.Principle of Empirical, Prophylactic & Definitive antibiotic therapy |
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72 | Antimicrobials: Antimicrobial Resistance, Antimicrobial Susceptibility Testing,Steward ship | INTEGRATED LECTURE-2 |
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SLO 1. Classification of Antimicrobial agents 2. Types of Antimicrobial Resistance 3.Antibiotic Stewardship programme |
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MI 1.7 | Describe the immunological mechanisms in health | |||||
73 | Immunity (Innate and Acquired)-Immunologicalmechanisms in health | Lecture | ||||
SLO 1.Types of Immunity 2.Mechanism of Immunity |
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MI 1.8 | Describe the mechanisms of immunity and response of the host immune system to infections | |||||
74 | Components of ImmuneSystem- Organs,cells and products | Lecture | ||||
SLO 1.Primary and secondary lymphoid organs 2.Classification & Function of T cell & B cell |
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75 | Componentsof ImmuneSystem- Organs,cells and products | SGD | ||||
SLO 1. Definition of MHC 2. Types and Function of MHC |
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76 | Antigen & Antibody | Lecture | ||||
SLO 1.Definition,Types and Determinants of Antigen 2.Structure,Types & Function of Antibodies 3.Abnormal immunoglobulins |
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77 | Antigen Antibody Reaction | Lecture | ||||
SLO 1.Types & Principle of antigen and antibody reactions 2.Principle & Uses of RIA 3.Principle , Types & uses of ELISA |
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78 | Complement | SGD | ||||
SLO 1.Componenets & Pathways of Complement 2.Biological effects of Complement 3.Complement Deficiency disorders |
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79 | Immune Responses: Antibody-mediated | Lecture | ||||
SLO 1.Types of Immune response 2.Factors influencing Antibody production & Monoclonal antibodies` |
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80 | Immune Responses: Cell-mediated (CMI) | Lecture | ||||
SLO 1.Scope of CMI 2.Function & Detection of CMI 3.Mechanism of Immunological tolerance |
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MI 1.8 MI 8.15 |
Describe
the mechanisms of immunity and response of the host immune system to
infections Choose and Interpret the results of the laboratory tests used in diagnosis of the infectious disease |
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81,82 | Antigen-Antibody
Reaction (conventional)- agglutination and precipitation |
Practical | ||||
SLO 1.Identify the Serological test 2.Explain the Principle of the given serological test 3.Interpret and mention the uses of the test |
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MI 1.9 | Discuss the immunological basis of vaccines and describe the Universal Immunisation schedule | |||||
83 | Immunoprophylaxis | INTEGRATED LECTURE-3 |
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SLO 1.Immunological basis of vaccines 2.Types of Vaccine 3.Universal immunisation schedule |
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MI 1.10 | Describe the immunological mechanisms in immunological disorder (hypersensitivity, autoimmune disorders and immunodeficiency states) and discuss the laboratory methods used in detection. | |||||
84 | Autoimmunity | SGD | ||||
SLO 1.Mechanism of auto immunity 2.List of Auto immune disorders |
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85 | Hypersensitivity | Lecture | ||||
SLO 1.Types of Hypersensitivity 2.Mechanism & Examples of Hypersensitivity |
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86 | Immunodeficiency
Disorders |
Lecture | ||||
SLO 1.Classification of Primary immunodeficiency disorders 2.Secondary immunodeficiency disorders |
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MI 1.11 | Describe the immunological mechanisms of transplantation and tumor immunity | |||||
87 | Transplant
and Cancer Immunology |
Lecture | ||||
SLO 1.Immunology of transplantation 2.Types of Graft , Graft rejection. Graft vs Host disease 3..Immunogy of malignancy |
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88 | Immunohaematology | SGD | ||||
SLO 1.Blood grouping system 2.Application of blood group 3.Pathogenesis,Diagnosis & Prophylaxis of RH incompatibility & ABP Incompatibility |
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2 | TOPIC | Cardio vascular System & Blood |
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MI 2.1 MI 2.2 |
Describe the
etiologic agents in rheumatic fever
and their diagnosis Describe the classification etio-pathogenesis, clinical features and discuss the diagnostic modalities of Infective endocarditis |
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89 | Infectionsof
CVS- Rheumaticfever,Infective endocarditis. Other infections of CVS - myocarditis and pericarditis, suppurative thrombophlebitis, infective endoarteritis, mycotic aneurysm, mediastinitis |
INTEGRATED LECTURE-4 |
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SLO 1.Etiopathogenesis & Lab diagnosis of Rheumatic fever & Infective endocarditis 2.Etiopathogenesis of myocarditis and pericarditis, suppurative thrombophlebitis, infective endoarteritis, mycotic aneurysm, mediastinitis |
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MI 2.3 MI 8.15 |
Identify
the microbial agents causing Rheumatic Heart Disease & infective Endocarditis Choose and Interpret the results of the laboratory tests used in diagnosis of the infectious disease |
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90,91 | Sepsis,
CRBSI, Rheumatic fever, Infective endocarditis |
Practical | ||||
SLO 1.To identify the given serological test, 2.Interpret& Mention the principle of the test 3.Identify the pathogen from the given colony morphology , biochemical tests and interpret the AST |
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MI 2.4 | List the common microbial agents causing anemia.Describe the morphology, mode of infection anddiscuss the pathogenesis, clinical course, diagnosis and prevention and treatment of the common microbial agents causing Anemia | |||||
92 | Infections causing anemia | SDL | ||||
SLO 1.Classification & pathogenesis of anemia 2.Microorganisim causing anemia |
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MI 2.5 MI 1.1 |
Describe
the etio-pathogenesis and discuss the clinical evolution and the laboratory diagnosis of kalaazar, malaria, filariasis and other common parasites prevalent in India Describe the different causative agents of Infectious diseases, the methods used in their detection, and discuss the role of microbes in health and disease |
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93 | Malaria-1 | Lecture | ||||
SLO 1.Classification of Plasmodium 2.Lifecycle & pathogenesis of Plasmodium |
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94 | Malaria-2 Babesiosis |
Lecture | ||||
SLO 1.Complication & lab diagnosis of Malaria 2.Life cycle, pathogenesis&lab diagnosis of Babesiosis |
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95 | Leishmaniasis | Lecture | ||||
SLO 1.Life cycle and pathogenesis of Leishmaniasis 2.Lab diagnosis of Leishmaniasis |
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96 | Lymphatic filariasis | Lecture | ||||
SLO 1.Classification & life cycle, lymphatic filariasis 2.Lab diagnosis of Filariasis |
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MI 2.6 MI 8.15 |
Identify
the causative agent of malaria and filariasis Choose and Interpret the results of the laboratory tests used in diagnosis of the infectious disease |
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97,98 | Malaria,Leishmaniasis, Lymphatic filariasis |
Practical | ||||
SLO 1.Identify the pathogen & its stage in the pheriperal blood smear picture 2.Record your Observation & Inference |
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MI 2.7 | Describe the epidemiology, the etio- pathogenesis, evolution complications, opportunistic infections, diagnosis, prevention and the principles of management of HIV | |||||
99 | HIV | INTEGRATED LECTURE-5 |
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SLO 1.Morphology of HIV 2.Epidemiology and pathogenesis of HIV 3.Clinical feature & lab diagnosis of HIV 4.Opportunistic infections & malignancy associated with HIV |
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MI 2.7 MI 8.15 |
Describe
the epidemiology, the etio-
pathogenesis, evolution complications, opportunistic infections, diagnosis, prevention and the principles of management of HIV Choose and Interpret the results of the laboratory tests used in diagnosis of the infectious disease |
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100,101 | HIV and Dengue, | Practical | ||||
SLO 1.To Identify the serological test 2.What is the principle of the serological test 3.To Record the Interpretation of test |
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3 | TOPIC | Gastro Intestinal &
Hepato biliary system |
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MI 3.1 | Enumerate the
microbial agents causing diarrhea and
dysentery. Describe the epidemiology,
morphology, pathogenesis, clinical features and diagnostic modalities of these agents |
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102 | Normal
commensals Gastrointestinal infective syndromes |
Lecture | ||||
SLO 1.List of normal commensals of GIT 2.Classify GI infective syndrome -diarrhoeal dieases,food poisoning,infections of GI tract |
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103 | Shigellosis Nontyphoidal salmonellosis Diarrheogenic E.coli |
Lecture | ||||
SLO 1.Classification,identification,pathogenesis & lab diagnosis of shigellosis 2.Pathogenesis, lab diagnosis of non typhoidal salmonellasis 3.Diarrhoeagenic strains of E.Coli(Pathogenesis, lab diagnosis) |
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104 | Cholera and halophilic Vibrio infections | Lecture | ||||
SLO 1.Classification of Vibrio 2.Pathogenesis & lab diagnosis of Vibrio cholera & Halophilic Vibrio |
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105 | Viral gastroenteritis | Lecture | ||||
SLO 1.Enumerate Viruses causing gasteroenteritis 2.Lab diagnosis & Prophylaxis of viral gasteroenteritis |
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106 | Intestinal
amoebiasis Balantidiasis |
SGD | ||||
SLO 1.Morphological forms of Entameba histolytica & Balantidium coli 2.Pathogenesis & lab diagnosis of Intestinal amoebasis & Balantidiasis |
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107 | Giardiasis Intestinal coccidian parasites and microsporidia infections |
Lecture | ||||
SLO 1.Morphological forms of Giardia lambia 2.life cycle,Pathogenesis & lab diagnosis of Giardia 3.Life cycle, pathogenesis & lab diagnosis of intestinal cocidian & microscoporium infection |
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108 | Intestinal
cestode infections - Diphyllobothrium latum , Taenia, Hymenolepis Intestinal trematodes infections – Fasciolopsis buski |
Lecture | ||||
SLO 1.Morphological forms of intestnal Cestodes & Trematodes 2.Life cycle ,pathogenesis & lab diagnosis of Intestinal Cestode& Trematodes |
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109 | Intestinal
nematodes- Ascaris, hookworm, Trichuris, Enterobius and Strongyloides |
SGD | ||||
SLO 1.Morphological forms Intestinal Nematodes 2.Life cycle, pathogenesis &lab diagnosis of Intestinal Nematodes |
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MI 3.2 MI 8.15 |
Identify
the common etiologic agents of
diarrhea and dysentery Choose and Interpret the results of the laboratory tests used in diagnosis of the infectious disease |
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110,111 | Dysentery(Shigellosis), Diarrhea (NTS, cholera) |
Practical | ||||
SLO 1.Identify the given pathogen from the clinical history, colony morphology & biochemical tests 2.Interpret & Record the Antibiotic sensitivity |
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112,113 | Intestinal cestode and nematode infection(OSPE) | Practical | ||||
SLO 1.Identify the parasite from the given Picture & Chart |
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MI 3.3 | Describe
the enteric fever pathogens and
discuss the evolution of the clinical course and the laboratory diagnosis of the
diseases caused by them |
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114 | Enteric (typhoid) fever | Lecture | ||||
SLO 1.Etiopathogenesis ,lab diagnosis & prophylaxis of enteric fever |
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MI 3.4 MI 8.15 |
Identify
the different modalities for diagnosis of
enteric fever. Choose the appropriate test related to the duration of
illness Choose and Interpret the results of the laboratory tests used in diagnosis of the infectious disease |
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115,116 | Enteric
(typhoid) fever, Brucellosis,Leptospirosis |
Practical | ||||
SLO 1.Identify the given serological test 2.Principle of the test, interpret the given test |
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MI 3.5 . MI 3.1 |
Enumerate
the causative agents of food poisoning
and discuss the pathogenesis, clinical course and laboratory diagnosis Enumerate the microbial agents causing diarrhea and dysentery. Describe the epidemiology, morphology, pathogenesis, clinical features and diagnostic modalities of these agents |
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117 | Food
poisoning- Bacillus cereus , Clostridium botulinum , mycotoxins Antibiotic associated diarrhea- Clostridiodes difficile |
Lecture | ||||
SLO 1.Etiopathogenesis ,lab diagnosis of food poisoning 2.Pathogenesis &lab diagnosis of antibiotic associated diarrhea |
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MI 3.6 |
Describe
the etio-pathogenesis of Acid peptic disease (APD) and the clinical course. Discuss the diagnosis and management of the causative agent of APD |
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118 | Helicobacter
infection (acid peptic disease) Campylobacter infections Yersiniosis |
SGD | ||||
SLO 1.Etiopathogenesis & lab diagnosis of acid peptic disease 2.Morphology,pathogenesis & lab diagnosis of Campylobacter infection&Yersiniosis |
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MI 3.7 | Describe the epidemiology, the etio-pathogenesis and discuss the viral markers in the evolution of Viral hepatitis. Discuss the modalities in the diagnosis and prevention of viral hepatitis | |||||
119 | Agents
of Viral Hepatitis -Hepatitis B viruse |
INTEGRATED LECTURE-7 |
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SLO 1.Epidemiology & etiopathogenesis& Serological markers of Hepatitis B virus 2.Lab diagnosis & Prevention of hepatitis B virus |
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120 | Agents
of Viral Hepatitis - other Hepatitis viruse |
Lecture | ||||
SLO 1.Epidemiology ,etiopathogenesis of hepatitis A,E,C,D viruses 2.Lab diagnosis &Prevention of Hepatitis A,E,C,D viruses |
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121 | Agents
of Viral Hepatitis -Yellow fever -Cytomegalovirus -Epstein-Barr virus |
SGD | ||||
SLO 1.Epidemiology ,etiopathogenesis of yellow fever, Cytomegalo virus & Epsteinbarr virus 2.Lab diagnosis of Yellow fever ,Cytomegalo virus &Epsteinbarr virus 3.Prophylaxis of yellow fever |
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MI 3.8 MI 8.15 |
Choose
the appropriate laboratory test in the diagnosis of viral hepatitis with emphasis on viral markers Choose and Interpret the results of the laboratory tests used in diagnosis of the infectious disease |
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122,123 | Viral Hepatitis, parasites causing liver infection | Practical | ||||
SLO 1.Identify the serological test 2.Principle of the test & interpretation of given test 3.Identify the given parasite |
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4 | TOPIC | Musculoskeletal system SKIN & Soft tissue infections |
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MI 4.1 MI 4.2 MI 4.3 |
Enumerate the
microbial agents causing anaerobic infections. Describe the etiopathogenesis, clinical course and discuss the laboratory diagnosis of anaerobic infections Describe the etiopathogenesis, clinical course and discuss the laboratory diagnosis of bone & joint infections Describe the etio-pathogenesis of infections of skin and soft tissue and discuss the clinical course and the laboratory diagnosis |
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124 | Infective syndromes of skin, soft tissue, musculoskeletal systems | Lecture | ||||
SLO 1.List out the infective syndrome of the skin,soft tissue & musculo skeletal syndrome 2.Etiology of the infective syndromes |
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MI 4.1 MI 4.3 MI 8.15 |
Enumerate
the microbial agents causing anaerobic infections. Describe the etiopathogenesis, clinical course and discuss the laboratory diagnosis of anaerobic infections Describe the etio-pathogenesis of infections of skin and soft tissue and discuss the clinical course and the laboratory diagnosis Choose and Interpret the results of the laboratory tests used in diagnosis of the infectious disease |
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125,126 | Staphylococcal, Streptococcal infections and Anaerobic infections | Practical | ||||
SLO 1.Identify the given bacterial infection from the colony morphology, biochemical reaction 2.Interpret & record the antibiotic sensitivity |
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127 | Gas
gangrene (Clostridium perfringens ) Tetanus (Clostridium tetani ) Infections due to non-spring anaerobes |
Lecture | ||||
SLO 1.Etiopathogenesis and lab diagnosis of Gasgangrene & Tetanus 2.Enumerate the non-sporing anaerobes & infection produced by them |
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128 | Tetanus,
botulism Neurocysticercosis |
Lecture | ||||
SLO 1.Etiopathogenesis & CNS manifestation of Tetanus 2.Etiopathogenesis of Botulism & Neurocysticercosis 3.Lab diagnosis of Botulism & Neurocysticercosis |
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MI 4.3 | Describe the etio-pathogenesis of infections of skin and soft tissue and discuss the clinical course and the laboratory diagnosis | |||||
129 | Staphylococcal infections | Lecture | ||||
SLO 1.Classify & Enumerate the virulence factors of Staphlococcus 2.Enumerate the Staphlococcal infections 3.Lab diagnosis of Staphylococcus infections |
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130 | Streptococcal
infections pertaining to SSTI Anthrax (Bacillus anthracis ) |
SGD | ||||
SLO 1.Classify Streptococcus & Enumerate the virulence factors / etiopathogenesis of Streptococcal skin infections 2.Lab diagnosis of Streptococcus infections 3.Enumerate etiopathogenesis & lab diagnosis of Anthrax |
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131 | Leprosy | SDL | ||||
SLO 1.Etiopathogenesis & lab diagnosis of Leprosy 2.Types of lepra reactions |
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132 | Infection
due to non-fermeneters :(Pseudomonas, Acinetobacter, Stenotrophomonas,
Burkholderia including Melioidosis) Infection due to Actinomycetes and Nocardia |
Lecture | ||||
SLO 1.List out the Non-formenting gram negative bacilli(NFGNB)& enumerate the etiopathogenesis & lab diagnosis of NFGNB 2.Morphology, etiopathogenesis ,lab diagnosis of Actinomycetes & Nocardia |
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133 | Viral
exanthems : parvovirus, HHV-6, Pox
viruses, Varicella zoster (chickenpox and zoster) Viral exanthems -)Measles, rubella Herpes simplex |
Lecture | ||||
SLO 1.Definition & etiology of viral exanthems 2.A note on Parvovirus ,HHV6.Poxvirus ,Varicella zoster 3.Enumerate etiopathogenesis & lab dignosis of Measles, Rubella & Herpes simplex |
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134 | Superficial
fungal infections Subcutaneous fungal infections Cutaneous and mucosal Candidiasis Penicillium marneffei |
Lecture | ||||
SLO 1.Classify superficial Mycosis 2.Clinical features & lab diagnosis of Dermatophytes 3.Pathogenesis, clinical features & lab diagnosis of Candidiasis 4.Pathogenesis & lab diagnosis of Pencillium marneffei |
||||||
MI 4.3 MI 8.15 |
Describe
the etio-pathogenesis of infections of skin and soft tissue and discuss the clinical course and the laboratory diagnosis Choose and Interpret the results of the laboratory tests used in diagnosis of the infectious disease |
|||||
135,136 | Anthrax,Leprosy,Pseudomonas
, Melioidosis, Actinomycetes and Nocardia |
Practical | ||||
SLO 1.Identify the given bacterial from the colony morphology, biochemical reaction and Interpret the antibiotic sensitivity 2.Identify clinical condition ,etiology from the given chart (OSPE) |
||||||
137,138 | SSTI
due to Superficial and Subcutaneous fungal infections,Cutaneous and mucosal Candidiasis |
Practical | ||||
SLO 1.Identify the given fungus from the culture, slide and clinical chart |
||||||
139 | Tissue
nematode infections of skin and soft-tissue- Onchocerca, Loa loa, Mansonella and Dracunculus , Trichinella, cysticercosis, Larva migrans and other parasitic infections of lower animals infecting man |
SGD | ||||
SLO 1.Life cycle,etiopathogenesis & lab diagnosis of Oncocerca ,Loa loa ,Mansonella,Drancunculus 2.Morphology ,etiopathogenesis & lab diagnosis of Cysticercosis 3.Etiology, clinical features & lab diagnosis of Larva migrans |
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5 | TOPIC | Central Nervous system infections |
||||
MI 5.1 | Describe the
etiopathogenesis, clinical course and
discuss the laboratory diagnosis of meningitis |
|||||
140 | Infective syndromes of CNS | Lecture | ||||
SLO 1.List the various infective syndromes of CNS 2.Etiology of infective syndrome of CNS |
||||||
141 | Agents
of pyogenic meningitis: Neisseria meningitidis, Streptococcus pneumoniae, Streptococcus agalactiae, Haemophilus influenzae, Listeria |
Lecture | ||||
SLO 1.Morphology, etiopathogenesis & lab diagnosis of Neisseria meningitis 2.Morphology, etiophogenesis & lab diagnosis of Streptococcus pneumonia, Haemophillus influenzae, Listeria |
||||||
142 | Agents
of aseptic meningitis-1: Viral agents: (including polio, coxsackie virus, mumps) |
SGD | ||||
SLO 1.Morphology, clinical feature, lab diagnosis & prophylaxis of Polio virus 2.Etiopathogenesis & lab diagnosis of coxssackie virus & mumps |
||||||
143 | Agents
of aseptic meningitis-2: Other agents: Spirochaetal meningitis, tubercular
meningitis, cryptococcal meningitis and other fungi affecting CNS |
Lecture | ||||
SLO 1.Clinical feature & lab diagnosis of different types of Aseptic meningtitis |
||||||
MI 5.2 | Describe
the etiopathogenesis, clinical course
and discuss the laboratory diagnosis of encephalitis |
|||||
144 | Viral agents of encephalitis-1: Arboviral encephalitis (JE and Westnile), Nipah virus infection, Slow viral infections | Lecture | ||||
SLO 1.Classification of Arbovirus, etiology, clinical featurs & lab diagnosis of Japanese B encephalis, Nipah virus & Slow virus infection |
||||||
145 | Viral agents of encephalitis-2: Rabies and HSV encephalitis | SGD | ||||
SLO 1.Morphology & etiopathogenesis of Rabies & HSV 2.Clinical stages, lab diagnosis & prophylaxis of Rabies 3.Lab diagnosis of HSV |
||||||
146 | Parasites
causing encephalitis: toxoplasmosis |
Lecture | ||||
SLO 1.Morphology, life cycle of Toxoplasma 2.Clinical feature & lab diagnosis of Toxoplasmosis |
||||||
147 | Parasites
causing encephalitis: Primary amoebic meningoencephalitis (Naegleria), granulomatous ameobic encephalitis (Acanthamoeba and Balamuthia ), |
SGD | ||||
SLO 1.Etiopathogenesis and lab diagnosis of primary amoebic meningoencephalitis & Granulomatous ameobic encephalitis |
||||||
MI 5.2 MI 5.3 MI 8.15 |
Describe
the etiopathogenesis, clinical course
and discuss the laboratory diagnosis of encephalitis Identify the microbial agentscausing meningitis Choose and Interpret the results of the laboratory tests used in diagnosis of the infectious disease |
|||||
148,149 | Agents
of pyogenic meningitis (N.meningitidis, Streptococcus pneumoniae, S.agalactiae, Haemophilus Aseptic meningitis (tubercular meningitis, cryptococcal meningitis) and Encephalitis |
Practical | ||||
SLO 1.Identify the bacteria from microscopy, colony morphology and biochemical reactions, and interpret the antibiotic sensitivity test 2.Identify the pathogen from the given Chart (OSPE) |
||||||
6 | TOPIC | RESPIRATORY TRACT INFECTIONS |
||||
MI 6.1 | Describe the etio-pathogenesis, laboratory diagnosis and prevention of Infections of upper and lower respiratory tract | |||||
150 | Normal
commensals and defense mechanisms Infective syndrome of respiratory system |
Lecture | ||||
SLO 1.Enumerate the normal flora of various parts of human body 2.Describe the role of normal flora 3.Enumerate the defense mechanisms of Respiratory tract |
||||||
151 | Bacterial
URTI: - Diphtheria ,Group A Streptococccus |
SDL | ||||
SLO 1.Etiopathogenesis, lab diagnosis of Diphtheria & group A Streptococci 2.Prophylaxis of Diphtheria |
||||||
152 | Viral
URTI-1: Rhinovirus, adenovirus and infectious mononucleosis (EBV) Fungal URTI: Zygomycosis |
Lecture | ||||
SLO 1.Etiopathogenesis and lab diagnosis of Adenovirus EB virus and Rhinovirus 2.Etiopathogenesis and lab diagnosis of zygomycosis |
||||||
153 | Viral
URTI-1: Influenza-like illness and orthomyxovirus & SARS COV 2 |
Lecture | ||||
SLO 1.Etiopathogenesis of Influenza like illness 2.Lab diagnosis of Orthomyxo virus and SARS Cov-2 |
||||||
154 | Agents
of typical pneumonia: Pneumococcal pneumonia , Haemophilus influenzae Bordetella infections |
SGD | ||||
SLO 1.Etiology and lab diagnosis of Pnemococcal pnemonia , Bordetella and H.influenza infection 2.Enumerate the prophylaxis |
||||||
155 | Tuberculosis -MTB | INTEGRATED LECTURE-6 |
||||
SLO 1.Morphology of Mycobactrieum tuberculosis 2.Lab diagnosis of Tuberculosis 3.Pathogenesis & clinical features of pulmaonary and extra pulmonary tuberclosis 4.Prophylaxis and treatment for Tuberclosis |
||||||
156 | Non-tuberculous Mycobacteria | Lecture | ||||
SLO 1.Classify Non-tuberculous Mycobacteria 2.Pathogenesis and lab diagnosis of Non-tuberculous Mycobacteria |
||||||
157 | Agents
of atypical pneumonia(Bacterial): Mycoplasma, Chlamydia and Legionella |
SGD | ||||
SLO 1.Etiopathogenesis of Atypical Pneumonia 2.Lab diagnosis of Mycoplasma, Chlamydia and Legionella |
||||||
158 | Viral
agents of LRTI Paramyxovirus infections- Parainfluenza, RSV |
Lecture | ||||
SLO 1.Etiopathogenesis of Paramyxovirus infections 2.Lab diagnosis of RSV and Para infiuenza virus |
||||||
159 | Viral
agents of LRT- Coronaviruses including SARS-CoV and MERS CoV |
Lecture | ||||
SLO 1.Classification & morphology of Corona viruses 2.Pathogenesis, epidemiology and lab diagnosis of MERS COV and SARS COV2 |
||||||
160 | Fungal
agents causing respiratory tract infection: zygomycosis, aspergillosis,
pneumocystosis Parasitic agents causing respiratory tract infection: paragonimiasis |
SGD | ||||
SLO 1.Etiolopathogenesis and lab diagnosis of zygomycosis, Aspergilliosis, Penumocystosis 2.Lifecycle, pathogenesis lab diagnosis of Paragonimiasis |
||||||
MI 6.2 | Identify
the common etiologic agents of upper respiratory tract infections (Gram Stain) |
|||||
161,162 | URTI
(beta hemolytic streptococci, diphtheria, influenza) Throat swab Gram staining-1,2,3 (smears made from S.pyogenes, C.diphtheriae Candidia ) and certification |
Practical | ||||
SLO 1.Perform gram stain of the throat swab 2.Report on the gram stain and give the presumptive diagnosis |
||||||
MI 6.3 | Identify the common etiologic agents of lower respiratory tract infections (Gram Stain & Acid fast stain) | |||||
163,164 | S.pneumoniae,Klebsiella ,H.influenzae | Practical | ||||
SLO 1.Identify the bacterial pathogen from the colony morphology and biochemical reactions 2.Interpret the antibiotic sensitivity report |
||||||
165,166 | LRTI
(Pneumococcal pneumonia, Haemophilus influenzae ,Kleb pneumoniae agents of
atypical pneumonia) |
Practical | ||||
SLO 1.Identify the bacterial pathogen from the colony morphology and biochemical reactions 2.Interpret the antibiotic sensitivity report |
||||||
7 | TOPIC | GENITO URINARY & STD infections |
||||
MI 7.1 MI 7.3 |
Describe the
etio-pathogenesis and discuss the
laboratory diagnosis of infections of genitourinary system Describe the etio-pathogenesis, clinical features, the appropriate method for specimen collection, and discuss the laboratory diagnosis of Urinary tract infections |
|||||
167 | Normal commensals of genitourinary tract & Urinary tract infections | Lecture | ||||
SLO 1.List out the normal commensals of genito urinary tract 2.Enumerate the genito urinary tract infections |
||||||
MI 7.2 | Describe the etio-pathogenesis and discuss the laboratory diagnosis of sexually transmitted infections. Recommend preventive measures | |||||
168 | Agents of genital ulcers-1- Syphilis | Lecture | ||||
SLO 1.Morphology and etiopathogenesis of Treponema pallidum 2.Lab diagnosis of Syphilis |
||||||
169 | Agents
of genital ulcers-2- LGV, Granuloma inguinale, soft chancre, HSV |
Lecture | ||||
SLO 1.Etiopathogenesis, lab diagnosis of LGV, Granuloma inguinale, soft chancre, HSV |
||||||
170 | Sexually transmitted infections | INTEGRATED LECTURE-8 |
||||
SLO 1.Classification of Sexullay transmitted diseases 2.Etiopathegenesis and clinical features of STDs 3.Lab diagnosis of STDs 4.Epidemiology & prevention of STDs |
||||||
171 | Sexually
transmitted infections |
SDL | ||||
SLO 1.Etiopathogenesis and lab diagnosis of genital discharge producing infections |
||||||
MI 7.3 | Describe the etio-pathogenesis, clinical features, the appropriate method for specimen collection, and discuss the laboratory diagnosis of Urinary tract infections | |||||
172 | Agents
of UTI: Uropathogenic E.coli, Klebsiella, Proteus, Enterococcus (in detail),
Staphylococcus saprophyticus,Streptococus agalactiae |
SGD | ||||
SLO 1.Etiopathogenesis of UTI 2.Specimen collection & lab diagnosis of UTI |
||||||
173,174 | UTI (Uropathogenic E.coli, Klebsiella,Proteus, Enterococcus, Staphylococcus saprophyticus, Streptococus agalactiae ) | Practical | ||||
SLO 1.Identify the bacteria causing UTI by given colony morphology and biochemical test 2.Interpret the antibiotic sensitivity test |
||||||
8 | TOPIC | Zoonotic disease & Miscellaneus |
||||
MI 8.1 | Enumerate the microbial agents and their vectors causing Zoonotic diseases. Describe the morphology, mode of transmission, pathogenesis and discuss the clinical course,laboratory diagnosis and prevention | |||||
175 | Brucellosis, Leptospirosis and Borreliosis | SGD | ||||
SLO 1.Morphology, etiopathogeesis of Brucella, Leptospirosis and Borreliosis 2.Etiopathogenesis & lab diagnosis of of Brucella, Leptospirosis and Borreliosis |
||||||
176 | Zoonotic infections | Lecture | ||||
SLO 1.Enumerate common zoonotic infections 2.Laboratory procedure for different zoonotic infections |
||||||
177 | Congenital infections (TORCH) | SGD | ||||
SLO 1.Etiopathogenesis of TORCH infections 2.Lab diagnosis of TORCH infections |
||||||
MI 8.2 | Describe the etio-pathogenesis of Opportunistic infections (OI) and discuss the factors contributing to the occurrence of OI, and the laboratory diagnosis | |||||
178 | Opportunistic
infections (immunocompromised patients) including Transplant infections |
Lecture | ||||
SLO 1.Definition of Opportunistic infections 2.Enumerate the Opportunistic infections |
||||||
179 | Opportunistic
infections (immunocompromised patients) including Transplant infections |
INTEGRATED LECTURE-9 |
||||
SLO 1.Etiopathogenesis of Opportunistic infections 2.Lab diagnosis of opportunistic infection |
||||||
MI 8.3 | Describe
the role of oncogenic viruses in the evolution of virus associated malignancy |
|||||
180 | Organisms of oncogenic potential | SGD | ||||
SLO 1.Classification of oncogenic vituses 2.Etiopathogenesis of oncogeneic viruses 3.A note on oncogenes |
||||||
MI 8.4 | Describe
the etiologic agents of emerging Infectious diseases. Discuss the clinical course and diagnosis |
|||||
181 | Emerging
and Re-emerging Infections Microbial agents of Bioterrorism |
SGD | ||||
SLO 1.Factors cotributing to emerging infections 2.List of emerging & remerging infections in india 3.Microbial agents of bioterrorism & their role |
||||||
MI 8.5 MI 8.6, |
Define
Healthcare Associated Infections (HAI)
and enumerate the types. Discuss the factors thatcontribute to the development of HAI and the methods for prevention Describe the basics of Infection control |
|||||
182 | Hospital acquired infection (definition, risk factors, handhygiene and PPE) | Lecture | ||||
SLO 1.Definition & indicators of HAI 2.Steps & five moments of handheigeine 3.Sequence of donning & doffing of PPE |
||||||
183 | Hospital acquired infections (surveillance and
prevention including care bundle) – CAUTI, CRBSI, VAP, SSI |
Lecture | ||||
SLO 1.Surviellance of CAUTI, CRBSI, VAP, SSI 2.Prevention & care bundle of HAI |
||||||
184 | Biomedical
waste Needle stick injury |
SDL | ||||
SLO 1.Biomedical waste management latest rules & guidelines 2.Segrregation & disposal of biomedical waste 3.Surviellance & prevention of NSI |
||||||
MI 8.7 | Demonstrate
Infection control practices and use of Personal Protective Equipments (PPE) |
|||||
185,186 | Hand
Hygiene ,PPE, Biomedical waste |
Practical | ||||
SLO 1.To perform steps of hand hygeine 2.To segregate the given biomedical waste into apprapriate colour coded bins 3.To perform the sequence of donning/ doffing of PPE |
||||||
187,188 | Practical
test: Hand Hygiene ,PPE, Biomedical waste |
Practical | ||||
SLO 1.To perform steps of hand hygeine 2.To segregate the given biomedical waste into apprapriate colour coded bins 3.To perform the sequence of donning/ doffing of PPE |
||||||
MI 8.8 | Describe the methods used and significance of assessing the microbial contamination of food, water and air | |||||
189 | Environmental
surveillance (bacteriology of water, air, milk and surface) |
SGD | ||||
SLO 1.Detection of coliform bacteria & E.Coli (a) Presumptive coliform count (b) Eijkam test 2.Detection of fecal Streptococci 3.Difference between airborne transmission & droplet transmissoin 4.Etiopathogenesis & lab diagnosis of milk borne infections |
||||||
MI 8.9 | Discuss the appropriate method of collection of samples in the performance of laboratory tests in the detection of microbial agents causing infectious diseases | |||||
190 | Specimen collection and transport | SGD | ||||
SLO 1.Differnet types of clinical samples 2.Methods of collection & transport of blood, urine, sputum, throat swab & other specimens |
||||||
MI 8.10 | Demonstrate the appropriate method of collection of samples in the performance of laboratory tests in the detection of microbial agents causing Infectious diseases | |||||
191,192 | Specimen collection and transport | Practical | ||||
SLO 1.To perform collection of blood for blood culture & sensitivity 2.To perform nasopharyngeal swab/ throat swab colletion 3.To perform collection of urine from catheterised patient |
||||||
MI 8.11 MI 8.14 |
Demonstrate
respect for patient samples sent to the laboratory for performance of laboratory tests in the detection of microbial agents causing Infectious diseases Demonstrate confidentiality pertaining to patient identity in laboratory results(8.14) |
|||||
193,194 | Demonstrate
respect for patient samples sent for lab investigations Demonstrate confidentiality pertaining to patient's identity in lab result |
Practical/AETCOM |
||||
SLO 1.To demonstrate confidentiality for the patients lab report |
||||||
MI 8.12 | Discuss
confidentiality pertaining to patient identity in laboratory results |
|||||
195 | Confidentiality pertaining to patient's identity in lab resul | Lecture | ||||
SLO 1.Application of confidentiality related to lab result |
||||||
MI 8.13 | Choose
the appropriate laboratory test in the diagnosis of the infectious disease |
|||||
196 | Choose
appropriate labaratory test in diagnosis of infectious disease (Rational use
of microbiological investigations |
SGD | ||||
SLO 1.Choice of lab test for different stages of typhoid fever 2.Choice of lab test for different stages of COVID -19 |
||||||
MI 8.16 | Describe the National Health Programs in the prevention of common infectious disease(for information purpose only as taught in CM) | |||||
197 | National health programs | INTEGRATED LECTURE-1 |
||||
SLO 1.Objectives of national health programme 2.List of national health programes in india |