Канал: Jonathan Holt

Lecture 14 Quick causative agents and notable aspects

Lecture 14 Quick causative agents and notable aspects

Lecture 13 Quick causative agents and notable aspects

Lecture 13 Quick causative agents and notable aspects

Review 8 Antibiotics 2023 Fall

Review 8 Antibiotics 2023 Fall

Review 7 part 3 Immune system Fall 2023

Review 7 part 3 Immune system Fall 2023

Review 6 5 human microbiota Fall 2023

Review 6 5 human microbiota Fall 2023

Review 6 genetics biofilms Fall23

Review 6 genetics biofilms Fall23

Review 7 2 essentials of adaptive Fall23

Review 7 2 essentials of adaptive Fall23

2 part 3: Bacterial growth, scientific notation, and exponential growth, 2023

2 part 3: Bacterial growth, scientific notation, and exponential growth, 2023

1 part 3: microscopy and what to know about it 2023

1 part 3: microscopy and what to know about it 2023

1 part 1: HELLO! and the Central Dogma

1 part 1: HELLO! and the Central Dogma

Lectures 12 and 13 notable aspects

Lectures 12 and 13 notable aspects

P. dendritiformis for R. K.

P. dendritiformis for R. K.

Review 5: eukaryotes

Review 5: eukaryotes

Review 7 2: Essentials of adaptive immunity

Review 7 2: Essentials of adaptive immunity

Review 6: genetics & biofilms

Review 6: genetics & biofilms

Review 4: viruses & prions

Review 4: viruses & prions

Review 6 3: toxins

Review 6 3: toxins

6 3 bacterial toxins

6 3 bacterial toxins

5 part 4 protists helminths Sp23

5 part 4 protists helminths Sp23

5 part 5 Enterobius and Taenia

5 part 5 Enterobius and Taenia

4 part 1 big picture and virion structures Sp23 NR

4 part 1 big picture and virion structures Sp23 NR

4 part 5: Prions. sp23 NR

4 part 5: Prions. sp23 NR

4 part 2: viral characteristics phylogeny taxonomy Sp23 NR

4 part 2: viral characteristics phylogeny taxonomy Sp23 NR

How to study for Bio234

How to study for Bio234

10 infectious disease principles unit 3 review

10 infectious disease principles unit 3 review

9 control of microbes unit 3 review

9 control of microbes unit 3 review

7: immunity: unit 3 review

7: immunity: unit 3 review

6 5: human microbiota- unit 3 review

6 5: human microbiota- unit 3 review

8: antibiotics: unit 3 review

8: antibiotics: unit 3 review

7 part 12: Immune response examples

7 part 12: Immune response examples

7 part 11: Complement & Natural Killer cells

7 part 11: Complement & Natural Killer cells

7 part 10: Lymphocyte development details and education

7 part 10: Lymphocyte development details and education

7 part 9: Review, antigen presentation, and MHC

7 part 9: Review, antigen presentation, and MHC

4 part 4: Viral biosynthesis and latency

4 part 4: Viral biosynthesis and latency

4 part 3: Viral replication overview

4 part 3: Viral replication overview

4 part 2: Taxonony, phylogeny and characteristics of viruses

4 part 2: Taxonony, phylogeny and characteristics of viruses

4 part 1: big picture and virion structures

4 part 1: big picture and virion structures

5 part 1: Eukaryotic microbes and antimicrobials

5 part 1: Eukaryotic microbes and antimicrobials

7 part 8: Essentials of adaptive immunity: antibodies

7 part 8: Essentials of adaptive immunity: antibodies

7 part 7: essentials of adaptive immunity: lymphocytes

7 part 7: essentials of adaptive immunity: lymphocytes

Lecture 7 part 1 review, Winter 2023

Lecture 7 part 1 review, Winter 2023

Lecture 3 review, Winter 2023

Lecture 3 review, Winter 2023

Lecture 2 review, Winter 2023

Lecture 2 review, Winter 2023

Lecture 1 review, Winter 2023

Lecture 1 review, Winter 2023

7 part infinity: Inflammation and fever

7 part infinity: Inflammation and fever

7 part 6: Pattern recognition and opsonization

7 part 6: Pattern recognition and opsonization

7 part 5: innate immune cells

7 part 5: innate immune cells

7 part 4: phagocytosis

7 part 4: phagocytosis

7 part 3: innate physical and chemical parts

7 part 3: innate physical and chemical parts

7 part 2: Innate vs adaptive systems compared

7 part 2: Innate vs adaptive systems compared

7 part 1: Immune system overview, themes, and receptors

7 part 1: Immune system overview, themes, and receptors

2 part 8: phylogeny of microbes

2 part 8: phylogeny of microbes

3 part 4: pH and nutrients

3 part 4: pH and nutrients

3 part 2: Endospores

3 part 2: Endospores

3 part 1: Lifestyle, everything everywhere, growth curve

3 part 1: Lifestyle, everything everywhere, growth curve

2 part 7: taxonomy of microbes

2 part 7: taxonomy of microbes

2 part 6: phases of growth

2 part 6: phases of growth

2 part 5: turbidity and powers of ten

2 part 5: turbidity and powers of ten

2 part 4: semilogarithmic graphing and scientific notation

2 part 4: semilogarithmic graphing and scientific notation

2 part 3: bacterial growth and exponential growth

2 part 3: bacterial growth and exponential growth

2 part 1: Cell morphology and arrangement

2 part 1: Cell morphology and arrangement

2 part 2: Why are microbes small?

2 part 2: Why are microbes small?

1 part 3: microscopy: what to know

1 part 3: microscopy: what to know

1 part 4 cytoplasmic cell structures

1 part 4 cytoplasmic cell structures

1 part 5 all other cell structures

1 part 5 all other cell structures

1 part 6 Cell membrane vs wall balloon sock

1 part 6 Cell membrane vs wall balloon sock

1 part 2: proteins and nucleic acids

1 part 2: proteins and nucleic acids

1 part 1: Hello! and the "central dogma" of molecular biology

1 part 1: Hello! and the "central dogma" of molecular biology

Lecture 13 part 6: Coronaviruses part 2: COVID 19

Lecture 13 part 6: Coronaviruses part 2: COVID 19

Lecture 13 part 6: Coronaviruses part 1: SARS

Lecture 13 part 6: Coronaviruses part 1: SARS

Lecture 14 part 8 Aflatoxins

Lecture 14 part 8 Aflatoxins

Unit 4 pitfalls: what to avoid when answering questions

Unit 4 pitfalls: what to avoid when answering questions

8 part 4: factors controlling spread

8 part 4: factors controlling spread

8 part 3: factors controlling disease

8 part 3: factors controlling disease

8 part 2: HAI

8 part 2: HAI

8 part 1: terminology and Koch's postulates

8 part 1: terminology and Koch's postulates

8B part 11: Natural Killer cells and review and CUR slides

8B part 11: Natural Killer cells and review and CUR slides

8B part 10: complement, inflammation, fever

8B part 10: complement, inflammation, fever

8B part 9: MHC

8B part 9: MHC

8B part 8: development, activation

8B part 8: development, activation

8B part 8: activation process

8B part 8: activation process

8B part 7: cells, education, CE, differentiation, vaccines

8B part 7: cells, education, CE, differentiation, vaccines

8B part 6: antibodies

8B part 6: antibodies

8B part 5: what is a lymphocyte?

8B part 5: what is a lymphocyte?

8B part 4: adaptive immunity major concepts

8B part 4: adaptive immunity major concepts

7 part 6: pattern recognition and opsonization

7 part 6: pattern recognition and opsonization

8B part 2: Parts of the innate system

8B part 2: Parts of the innate system

8B part 1: Innate vs adaptive

8B part 1: Innate vs adaptive

6.5 part 5: vaginal microbiota, BV

6.5 part 5: vaginal microbiota, BV

6.5 part 4: practical information

6.5 part 4: practical information

6.5 part 3: research

6.5 part 3: research

6.5 part 2: known effects of the microbiota

6.5 part 2: known effects of the microbiota

6.5 part 1: the microbiota

6.5 part 1: the microbiota

7 part 5: prep for unit 4

7 part 5: prep for unit 4

5 part 4: protists helminths

5 part 4: protists helminths

5 part 3: mushrooms lichens etc

5 part 3: mushrooms lichens etc

5 part 2: fungi

5 part 2: fungi

5 part 1: Eukaryotic microbes & antibiotics

5 part 1: Eukaryotic microbes & antibiotics

5 part 7: energetic competition

5 part 7: energetic competition

5 part 6: respiration and fermentation

5 part 6: respiration and fermentation

5 part 5: glucose oxidation

5 part 5: glucose oxidation

5 part 4: ATP and pathways

5 part 4: ATP and pathways

5 part 3: redox reactions

5 part 3: redox reactions

5 part 2 why and what and suggestions

5 part 2 why and what and suggestions

5 part 1: biofilms

5 part 1: biofilms

Gene organization 2

Gene organization 2

Gene organization 1

Gene organization 1

How to calculate your grade

How to calculate your grade

Turbidity

Turbidity

Cell Membrane And Wall

Cell Membrane And Wall

Central Dogma

Central Dogma

Major Theories Of Microbiology

Major Theories Of Microbiology

Kochs Postulates vs Germ Theory

Kochs Postulates vs Germ Theory

Taxonomy and writing taxonomic names

Taxonomy and writing taxonomic names

Lecture 10 part 1: intro and the human microbiota

Lecture 10 part 1: intro and the human microbiota

Lecture 9-2 part 1: Antibiotic definitions and perspective

Lecture 9-2 part 1: Antibiotic definitions and perspective

Lecture 9-1 part 4: chemical methods, the 3 Cs, and Sanicloth

Lecture 9-1 part 4: chemical methods, the 3 Cs, and Sanicloth

Lecture 9-1 part 5: 99.9 percent

Lecture 9-1 part 5: 99.9 percent

Lecture 9-1 part 1: Intro and major terminology

Lecture 9-1 part 1: Intro and major terminology

Lecture 8 part 1: overview and innate vs adaptive

Lecture 8 part 1: overview and innate vs adaptive

Lecture 5 part 1 Unit 2, antibiotics, and Fungi: edited

Lecture 5 part 1 Unit 2, antibiotics, and Fungi: edited

Lecture 3 part 1: Introduction and why microbes are small

Lecture 3 part 1: Introduction and why microbes are small

Lecture 1 part 1: what is introductory microbiology?

Lecture 1 part 1: what is introductory microbiology?

Lecture 13 part 7: Coronaviruses, part 2

Lecture 13 part 7: Coronaviruses, part 2

Lecture 13 part 6: Coronaviruses, part 1

Lecture 13 part 6: Coronaviruses, part 1

Lecture 8 part 7: complement, inflammation, fever, NK cells, vaccines: edited

Lecture 8 part 7: complement, inflammation, fever, NK cells, vaccines: edited

LAB viral plaques and the plaque assay

LAB viral plaques and the plaque assay

LAB: the plate count technique

LAB: the plate count technique

LAB plate count data analysis

LAB plate count data analysis

Lecture 8-2 part 1: Antibiotic definitions and perspective, edited

Lecture 8-2 part 1: Antibiotic definitions and perspective, edited

Lecture 9-1 part 3: physical methods edited

Lecture 9-1 part 3: physical methods edited

Lecture 8-1 part 4: chemical methods, the 3 Cs, sanicloth, 99percent

Lecture 8-1 part 4: chemical methods, the 3 Cs, sanicloth, 99percent

Lecture 6 part 1: Regulation Operons mutations edited

Lecture 6 part 1: Regulation Operons mutations edited

Lecture 6 part 5: Quorum sensing

Lecture 6 part 5: Quorum sensing

Lecture 6 part 5: influenza virus replication, edited

Lecture 6 part 5: influenza virus replication, edited

Lecture 6 part 3: viral replication overview, edited

Lecture 6 part 3: viral replication overview, edited

Lecture 4 part 2 taxonony phylogeny and characteristics Edited

Lecture 4 part 2 taxonony phylogeny and characteristics Edited

Lecture 4 part 1: big picture and virion structures, edited

Lecture 4 part 1: big picture and virion structures, edited

Lecture 5 part 4: fungal intoxications other diseases, edited

Lecture 5 part 4: fungal intoxications other diseases, edited

Lecture 5 part 5: more fungal diseases; edited

Lecture 5 part 5: more fungal diseases; edited

Lecture 4 part 4: biofilms edited

Lecture 4 part 4: biofilms edited

Lecture 4 part 3: energy production recap and CF Pseudomonas, edited

Lecture 4 part 3: energy production recap and CF Pseudomonas, edited

Lecture 3 part 1: Microbial lifestyles & why microbes are small,

Lecture 3 part 1: Microbial lifestyles & why microbes are small,

Lecture 2 addendum: math and a sock

Lecture 2 addendum: math and a sock

Lecture 2 part 4: turbidity (reedited)

Lecture 2 part 4: turbidity (reedited)

How to calculate your current grade

How to calculate your current grade

Lecture 1 part 7: taxonomy

Lecture 1 part 7: taxonomy

Lecture 1 part 3: history through Pasteur

Lecture 1 part 3: history through Pasteur

Lecture 14 part 7: HBV HDV HCV

Lecture 14 part 7: HBV HDV HCV

Lecture 14 part 6: syphils and UTIs

Lecture 14 part 6: syphils and UTIs

Lecture 14 part 5: vaginal microbiota BV chlamydia gonorrhea

Lecture 14 part 5: vaginal microbiota BV chlamydia gonorrhea

Lecture 14 part 3: Salmonella shigella

Lecture 14 part 3: Salmonella shigella

Lecture 14 part 4: Ecoli Campy HAV HEV rotavirus norovirus

Lecture 14 part 4: Ecoli Campy HAV HEV rotavirus norovirus

Lecture 14 part 1: oral microbiota and food poisoning

Lecture 14 part 1: oral microbiota and food poisoning

Lecture 14 part 2: Cholera Cdiff listeria helicobacter

Lecture 14 part 2: Cholera Cdiff listeria helicobacter

LAB antibiotic susceptibility

LAB antibiotic susceptibility

Lecture 13 part 5: RSV and influenza

Lecture 13 part 5: RSV and influenza

Lecture 13 part 6: Coronaviruses

Lecture 13 part 6: Coronaviruses

Lecture 13 part 4: bacterial pneumonia

Lecture 13 part 4: bacterial pneumonia

Lecture 13 part 3: pertussis tuberculosis

Lecture 13 part 3: pertussis tuberculosis

Lecture 13 part 1: URT Bacteria

Lecture 13 part 1: URT Bacteria

Lecture 13 part 2: URT Viruses

Lecture 13 part 2: URT Viruses

LAB gram stain reality

LAB gram stain reality

Lecture 12 part 11: west nile leprosy rabies

Lecture 12 part 11: west nile leprosy rabies

Lecture 12 part 10: Pneumococcus Hib tetanus botulism

Lecture 12 part 10: Pneumococcus Hib tetanus botulism

Lecture 12 part 9: bacterial meningitis and meningococcus

Lecture 12 part 9: bacterial meningitis and meningococcus

Lecture 12 part 12: polio AFM

Lecture 12 part 12: polio AFM

Lecture 12 part 8: HIV

Lecture 12 part 8: HIV

Lecture 12 part 7: ebola

Lecture 12 part 7: ebola

Lecture 12 part 6: Yellow Fever Dengue Zika

Lecture 12 part 6: Yellow Fever Dengue Zika

Lecture 12 part 5: EBV CMV

Lecture 12 part 5: EBV CMV

Lecture 12 part 4: rickettsial diseases

Lecture 12 part 4: rickettsial diseases

Lecture 12 part 3: gas gangrene, plague

Lecture 12 part 3: gas gangrene, plague

Lecture 12 part 2: tularemia brucellosis anthrax

Lecture 12 part 2: tularemia brucellosis anthrax

Lecture 12 part 1: sepsis & endocarditis

Lecture 12 part 1: sepsis & endocarditis

Lecture 12 part 7: measles mumps rubella

Lecture 12 part 7: measles mumps rubella

Lecture 12 part 6: HSV VZV

Lecture 12 part 6: HSV VZV

Lecture 12 part 5: HPV smallpox

Lecture 12 part 5: HPV smallpox

Lecture 12 part 4 streptococcal disease

Lecture 12 part 4 streptococcal disease

Lecture 12 part 3: staphylococcal diseases

Lecture 12 part 3: staphylococcal diseases

Lecture 12 part 2: Normal skin microbiota

Lecture 12 part 2: Normal skin microbiota

Lecture 12 part 1: Unit 4 strategies

Lecture 12 part 1: Unit 4 strategies

Lecture 8 part 7: complement, inflammation, fever, NK cells, vaccines

Lecture 8 part 7: complement, inflammation, fever, NK cells, vaccines

Lecture 8 part 6: adaptive immunity: the big picture

Lecture 8 part 6: adaptive immunity: the big picture

Lecture 8 part 5: activation education MHC

Lecture 8 part 5: activation education MHC

Lecture 8 part 4: adaptive: antibodies & lymphocytes

Lecture 8 part 4: adaptive: antibodies & lymphocytes

Lecture 8 part 3: PRRs and TLRs

Lecture 8 part 3: PRRs and TLRs

Lecture 8 part 2: innate immunity: physical chemical phagocytosis

Lecture 8 part 2: innate immunity: physical chemical phagocytosis

Lecture 8 part 1: overview and innate vs adaptive, OLD

Lecture 8 part 1: overview and innate vs adaptive, OLD

Lecture 10 part 4: Infectious disease determinants

Lecture 10 part 4: Infectious disease determinants

Lecture 10 part 5: epidemiology

Lecture 10 part 5: epidemiology

Lecture 10 part 3: Infectious disease and HAI

Lecture 10 part 3: Infectious disease and HAI

Lecture 10 part 2: human resident microbiota

Lecture 10 part 2: human resident microbiota

Lecture 9 part 1: intro and human microbiota

Lecture 9 part 1: intro and human microbiota

LAB: Serial dilution (OLD VERSION)

LAB: Serial dilution (OLD VERSION)

LAB: Pure culture

LAB: Pure culture

LAB: Agar, petri dishes, colonies

LAB: Agar, petri dishes, colonies

Lecture 8-2 part 6: other antibiotics

Lecture 8-2 part 6: other antibiotics

Lecture 9-2 part 5: Beta lactams and vancomycin

Lecture 9-2 part 5: Beta lactams and vancomycin

Lecture 9-2 part 4: penicillins

Lecture 9-2 part 4: penicillins