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Major Applied Areas of Microbiology Lecture NO 2

Major Applied Areas of Microbiology Lecture NO 2

Brief Introduction to Nomenclature Lecture No 3

Brief Introduction to Nomenclature Lecture No 3

Introduction to Plant Systematics (Lecture No. 1)

Introduction to Plant Systematics (Lecture No. 1)

Bright Field, Dark Field And Fluorescence (Microscope Lecture No 6)

Bright Field, Dark Field And Fluorescence (Microscope Lecture No 6)

Detail Parts Of Simple Or Compound Microscope (Lecture No 5)

Detail Parts Of Simple Or Compound Microscope (Lecture No 5)

Family Euphorbiaceae (Lecture No 9)

Family Euphorbiaceae (Lecture No 9)

Family Ranunculaceae And Brassicaceae (Lecture No 8)

Family Ranunculaceae And Brassicaceae (Lecture No 8)

Morphological Characters Of Friuts (Lecture No 7)

Morphological Characters Of Friuts (Lecture No 7)

Electron Microscopy (Lecture No 8)

Electron Microscopy (Lecture No 8)

Family Fabaceae (Lecture No 10)

Family Fabaceae (Lecture No 10)

Family Cucurbitaceae (Lecture No 12)

Family Cucurbitaceae (Lecture No 12)

Phase Contrast And DIC Microscope (Lecture No 7)

Phase Contrast And DIC Microscope (Lecture No 7)

Family Rosaceae (Lecture No 11)

Family Rosaceae (Lecture No 11)

Family Lamiaceae (Lecture No 14)

Family Lamiaceae (Lecture No 14)

Scanning Probe And Confocal Microscopy (Lecture No 9)

Scanning Probe And Confocal Microscopy (Lecture No 9)

Culture Media (Lecture No 10)

Culture Media (Lecture No 10)

Family Apiaceae (Lecture No 13)

Family Apiaceae (Lecture No 13)

Family Asteraceae (Lecture No 15)

Family Asteraceae (Lecture No 15)

Lecture No 17 (Cell Wall)

Lecture No 17 (Cell Wall)

Lecture No 18 (Ultra Structure Of Cell Wall)

Lecture No 18 (Ultra Structure Of Cell Wall)

Family Liliaceae (Lecture No 16)

Family Liliaceae (Lecture No 16)

Growth Requirements Lecture No 12

Growth Requirements Lecture No 12

Special Media (Lecture No 11)

Special Media (Lecture No 11)

Lecture No. 13 (Temperature & Osmotic Pressure)

Lecture No. 13 (Temperature & Osmotic Pressure)

Lecture No 14 (Chemical Requirements; Oxygen)

Lecture No 14 (Chemical Requirements; Oxygen)

Lecture No. 19 (Chemical Composition Of Cell Wall)

Lecture No. 19 (Chemical Composition Of Cell Wall)

Lecture No. 20 (Concept, structure and function of various tissues; Paranchyma)

Lecture No. 20 (Concept, structure and function of various tissues; Paranchyma)

Lecture 21 (Concept, structure and function of various tissues; Collenchyma)

Lecture 21 (Concept, structure and function of various tissues; Collenchyma)

Lecture No. 22 (Concept, Structure And Function Of Various Tissues; Sclerenchyma)

Lecture No. 22 (Concept, Structure And Function Of Various Tissues; Sclerenchyma)

Lecture No. 23 (Concept, structure and function of various tissues; Xylem)

Lecture No. 23 (Concept, structure and function of various tissues; Xylem)

Lecture No 15 (Chemical Requirements of microbial growth; Carbon And Nitrogen)

Lecture No 15 (Chemical Requirements of microbial growth; Carbon And Nitrogen)

Lecture No 16 (Chemical Requirements of microbial growth; Sulphur and Phosphorus)

Lecture No 16 (Chemical Requirements of microbial growth; Sulphur and Phosphorus)

Lecture No 24 (Concept, Structure And Function Of Various Tissues; Phloem )

Lecture No 24 (Concept, Structure And Function Of Various Tissues; Phloem )

Lecture No 17 (Pure Culture Methods Part-I)

Lecture No 17 (Pure Culture Methods Part-I)

Lecture No 18 (Pure Culture Methods Part II)

Lecture No 18 (Pure Culture Methods Part II)

Lecture No. 25 (Epidermis; Stomata and Trichomes)

Lecture No. 25 (Epidermis; Stomata and Trichomes)

Lecture No. 26 (Meristem and its types)

Lecture No. 26 (Meristem and its types)

Lecture No. 27 (Vascular Cambium)

Lecture No. 27 (Vascular Cambium)

Lecture No. 20 (Growth Of Microbial Cultures)

Lecture No. 20 (Growth Of Microbial Cultures)

Lecture No. 19 (Preservation Of Pure Cultures)

Lecture No. 19 (Preservation Of Pure Cultures)

Lecture No. 28 (Structure And Development Of Root)

Lecture No. 28 (Structure And Development Of Root)

Lecture No. 29 (Structure And Development Of Stem)

Lecture No. 29 (Structure And Development Of Stem)

Lecture No. 30 (Structure And Development Of Leaf)

Lecture No. 30 (Structure And Development Of Leaf)

Lecture No. 21 (Growth Of Microbial Cultures)

Lecture No. 21 (Growth Of Microbial Cultures)

Lecture No. 32 (Structure And Development Of Periderm)

Lecture No. 32 (Structure And Development Of Periderm)

Lecture No. 22 (Phases of growth)

Lecture No. 22 (Phases of growth)

Lecture No. 33 (Secondary Growth In Stem)

Lecture No. 33 (Secondary Growth In Stem)

Lecture No. 31 (Primary Growth In Dicot Stem)

Lecture No. 31 (Primary Growth In Dicot Stem)

Lecture No. 36 (Structure And Development Of Anther)

Lecture No. 36 (Structure And Development Of Anther)

Lecture No. (24 Conditions Influencing The Effectiveness Of Antimicrobial Agents)

Lecture No. (24 Conditions Influencing The Effectiveness Of Antimicrobial Agents)

Lecture No. 23 (Control Of Microorganisms; Principles And Pattern Of Microbial Death)

Lecture No. 23 (Control Of Microorganisms; Principles And Pattern Of Microbial Death)

Lecture No. 35 (Early Development Of Plant Body In Capsella Bursa Pastrosis)

Lecture No. 35 (Early Development Of Plant Body In Capsella Bursa Pastrosis)

Lecture No. 37 (Structure And Development Of Microsporogenesis)

Lecture No. 37 (Structure And Development Of Microsporogenesis)

Lecture No. 39 (Structure And Development Of Ovule And Its Types)

Lecture No. 39 (Structure And Development Of Ovule And Its Types)

Lecture No. 38 (Structure And Development Of Microgametophyte)

Lecture No. 38 (Structure And Development Of Microgametophyte)

Lecture No. 25 (Conditions Influencing The Effectiveness Of Antimicrobial Agents)

Lecture No. 25 (Conditions Influencing The Effectiveness Of Antimicrobial Agents)

Lecture No. 26 (Control Of Microorganisms; Use Of Physical Methods In Microbial Growth Control)

Lecture No. 26 (Control Of Microorganisms; Use Of Physical Methods In Microbial Growth Control)

Lecture No. 27 (Use Of Physical Methods In Microbial Growth Control; Radiation)

Lecture No. 27 (Use Of Physical Methods In Microbial Growth Control; Radiation)

Lecture No. 40 (Structure And Development Of Megasporogenesis)

Lecture No. 40 (Structure And Development Of Megasporogenesis)

Lecture No. 28 (Radiation And Use Of Chemical Methods)

Lecture No. 28 (Radiation And Use Of Chemical Methods)

Lecture No. 41 (Structure And Development Of Megagametophyte)

Lecture No. 41 (Structure And Development Of Megagametophyte)

Lecture No. 42 (Endosperm Formation)

Lecture No. 42 (Endosperm Formation)

Lecture No. 43 (Parthenocarpy)

Lecture No. 43 (Parthenocarpy)

Lecture No. 45 (Polyembryony In Different Groups Of Plants)

Lecture No. 45 (Polyembryony In Different Groups Of Plants)

Lecture No. 44 (Polyembryony)

Lecture No. 44 (Polyembryony)

Scope of Microbiology (Lecture No 1)

Scope of Microbiology (Lecture No 1)

Lecture No. 34 (Characteristics Of Wood)

Lecture No. 34 (Characteristics Of Wood)

Classification (Lecture 2)

Classification (Lecture 2)

Morphological Characters Of Root And Stem (Lecture No 4)

Morphological Characters Of Root And Stem (Lecture No 4)

Morphological Characters Of Leaves And Flower (Lecture No 5)

Morphological Characters Of Leaves And Flower (Lecture No 5)

Morphological Characters Of Inflorescence (Lecture No 6)

Morphological Characters Of Inflorescence (Lecture No 6)

Brief History Of Microscopy And Units Of Measurements Lecture No 4 Rev 1

Brief History Of Microscopy And Units Of Measurements Lecture No 4 Rev 1

Brief History and Development of Microbiology Lecture No 3

Brief History and Development of Microbiology Lecture No 3