Search for tag: "atp"

16 Media

21:59 019 Video 2 MAPs 019 Video 2 MAPs	019 Video 2 MAPs 019 Video 2: Microtubule associated proteins proteins microtubule microtubules cell end motor atp kinesins dynein chains tail head dining dyneins change domain motors transport movement things From Donna Koslowsky 193 plays 0
15:20 018 Video 1 Actin and Myosin 018 Video 1 Actin and Myosin	018 Video 1 Actin and Myosin 018 Video 1 Myosin Motor Proteins myosin head actin myosins lever arm atp fact hand filament step filaments force end movement size tail model chain hydrolysis From Donna Koslowsky 242 plays 0
13:47 017 Video 2 Actin Filaments 017 Video 2 Actin Filaments	017 Video 2 Actin Filaments 017 Video 2: Actin Structure actin concentration filament end subunits atp filaments affinity form subunit rate formation hydrolysis ends interactions minus concept percent forms adp From Donna Koslowsky 256 plays 0
01:14:58 VM 500 Prokaryote Review - DiRita VM 500 Prokaryote Review - DiRita	VM 500 Prokaryote Review - DiRita cvm vm 500 veterinary sciences i prokaryote review dirita gram bacteria cell rna dna protein membrane question cells lot acid molecule atp respiration lipopolysaccharide amino peptidoglycan guys phase thing From cvmlect CVM Information Technology Center 7 plays 0
24:29 017 Video 2 017 Video 2	017 Video 2 017 Video 2: microtubule associated proteins microtubule microtubules proteins end cell atp motor kinesins dynein chains tail tubulin depolymerization head change concentration dining adp kinase motors From Donna Koslowsky 169 plays 0
15:28 016 Video 2 Actin and Myosin 016 Video 2 Actin and Myosin	016 Video 2 Actin and Myosin 016 Video 2: Myosin Motor Proteins myosin actin head myosins lever fact arm hand atp filament step filaments muscle force end cells size model chain hydrolysis From Donna Koslowsky 184 plays 0
13:43 015 Video 2 Actin Filaments 015 Video 2 Actin Filaments	015 Video 2 Actin Filaments 015 Video 2: Actin actin concentration filament end atp subunits filaments affinity form subunit rate formation hydrolysis ends interactions minus concept percent forms adp From Donna Koslowsky 197 plays 0
19:57 Lecture 12 A_part1 Lecture 12 A_part1	Lecture 12 A_part1 kind oxygen energy respiration fruit stage maturity growth oxidation lot acid things senescence idea vegetable bit atmosphere heat atp glucose From Ankita Bhattacharya 5 plays 0
43:47 FS/SS Lecture 12 Kin 310 FS/SS Lecture 12 Kin 310	FS/SS Lecture 12 Kin 310 muscle training protein body resistance amino fat hypertrophy proteins acids mass synthesis endurance train fiber strength adaptations atp rna activity From David P Ferguson 426 plays 0
29:10 FS/SS Lecture 10 Kin 310 FS/SS Lecture 10 Kin 310	FS/SS Lecture 10 Kin 310 muscle myosin calcium contraction motor actin fiber fibers force lot energy head acetylcholine action neuron protein cell atp process tropomyosin From David P Ferguson 456 plays 0
44:40 FS/SS Lecture 5 Kin 310 FS/SS Lecture 5 Kin 310	FS/SS Lecture 5 Kin 310 exercise lactate max vo2 oxygen fat threshold carbohydrates intensity muscle bit glycolysis minute atp glycogen calories oxidation nadh consumption fuel From David P Ferguson 522 plays 0
37:47 FS/SS Lecture 4 Kin 310 FS/SS Lecture 4 Kin 310	FS/SS Lecture 4 Kin 310 oxygen atp exercise chain transport glycolysis electron energy consumption phosphorylation graph deficit phosphocreatine minutes lactate intensity minute mitochondria epoch rest From David P Ferguson 550 plays 0
01:02:47 FS/SS Lecture 3 Kin 310 FS/SS Lecture 3 Kin 310	FS/SS Lecture 3 Kin 310 atp glucose phosphate glycolysis glucose-6-phosphate molecule nadh cycle chain energy glycogen electrons transport krebs electron oxidation beta coa step phosphorylation From David P Ferguson 746 plays 0
38:14 FS/SS Lecture 2 Kin 310 FS/SS Lecture 2 Kin 310	FS/SS Lecture 2 Kin 310 energy enzyme oxygen enzymes reaction muscle cell acids molecule molecules reactions body electron function temperature muscles glucose substrate atp picture From David P Ferguson 567 plays 0
15:46 HNF 150 - Mini Lecture 6.6 - Benefits of Physical… HNF 150 - Mini Lecture 6.6 - Benefits of Physical Activity	HNF 150 - Mini Lecture 6.6 - Benefits of Physical Activity activity recommendations minutes activities energy muscles week atp resistance training strength body glucose blood risk glycolysis exercise recommendation glycogen intensity From Jennifer Ekstrom 1,170 plays 0
27:24 VM 500-Basic Bacterial Physiology Concepts VM 500-Basic Bacterial Physiology Concepts	VM 500-Basic Bacterial Physiology Concepts Dr. Matha Mulks VM 500 Veterinary Sciences I vm500 mulks veterinary sciecnes i bacteria phosphorylation oxygen membrane energy transport cell compounds protein fermentation atp proteins acids cells electron respiration reactions secretion chain substrate From cvmlect CVM Information Technology Center 635 plays 0