Modules / Lectures
Module NameDownload


Sl.No Chapter Name MP4 Download
1Lecture 1: IntroductionDownload
2Lecture 2: DNA packing and structureDownload
3Lecture 3: Shape and functionDownload
4Lecture 4: Numbers and sizesDownload
5Lecture 5: Spatial scales and System variationDownload
6Lecture 6: Timescales in BiologyDownload
7Lecture 7: Random walks and Passive diffusionDownload
8Lecture 8: Random walks to model BiologyDownload
9Lecture 9: Derivation of FRAP equationsDownload
10Lecture 10: Drift-diffusion equationsDownload
11Lecture 11: Solutions of the drift-diffusion equationsDownload
12Lecture 12: The cell signaling problemDownload
13Lecture 13: Cell Signalling and Capture Probability of absorbing sphereDownload
14Lecture 14: Capture probability of reflecting sphereDownload
15Lecture 15: Mean capture timeDownload
16Lecture 16: Introduction to fluids, viscosity and reynolds numberDownload
17Lecture 17: Introduction to the navier stokes equationDownload
18Lecture 18: Understanding reynolds number Download
19Lecture 19: Life at low reynolds numberDownload
20Lecture 20: Various phenomena at low reynolds numberDownload
21Lecture 21: Bacterial flagellar motionDownload
22Lecture 22: Rotating flagellumDownload
23Lecture 23: Energy and equilibriumDownload
24Lecture 24: Binding problemsDownload
25Lecture 25: Transcription and translationDownload
26Lecture 26: Internal states of macromoleculesDownload
27Lecture 27: Protein modification problemDownload
28Lecture 28: Haemoglobin-Oxygen binding problemDownload
29Lecture 29: Freely jointed polymer modelDownload
30Lecture 30: Entropic springs and persistence lengthDownload
31Lecture 31: Freely rotating chain model and radius of gyrationDownload
32Lecture 32: The hierarchical chromatin packing modelDownload
33Lecture 33: FISH & DNA loopingDownload
34Lecture 34: Nucleosomes as barriers, Hi-C, and contact probabilitiesDownload
35Lecture 35: Deriving the full force extension curveDownload
36Lecture 36: Random walk models for proteinsDownload
37Lecture 37: Hydrophobic polar protein modelDownload
38Lecture 38: Diffusion in crowded environmentsDownload
39Lecture 39: Depletion interactionsDownload
40Lecture 40: Examples & implications of depletion interactionsDownload
41Lecture 41: Introduction to Biological dynamicsDownload
42Lecture 42: Introduction to rate equationsDownload
43Lecture 43: Separation of timescales in enzyme kineticsDownload
44Lecture 44: Structure and treadmilling of actins and microtubulesDownload
45Lecture 45: Average length of polymers in equilibriumDownload
46Lecture 46: Growth rate of polymersDownload
47Lecture 47: Dynamic treadmilling in microtubulesDownload
48Lecture 48: Introduction to molecular motorsDownload
49Lecture 49: Force generation by molecular motorsDownload
50Lecture 50: Models of motor motionDownload

Sl.No Chapter Name English
1Lecture 1: IntroductionPDF unavailable
2Lecture 2: DNA packing and structurePDF unavailable
3Lecture 3: Shape and functionPDF unavailable
4Lecture 4: Numbers and sizesPDF unavailable
5Lecture 5: Spatial scales and System variationPDF unavailable
6Lecture 6: Timescales in BiologyPDF unavailable
7Lecture 7: Random walks and Passive diffusionPDF unavailable
8Lecture 8: Random walks to model BiologyPDF unavailable
9Lecture 9: Derivation of FRAP equationsPDF unavailable
10Lecture 10: Drift-diffusion equationsPDF unavailable
11Lecture 11: Solutions of the drift-diffusion equationsPDF unavailable
12Lecture 12: The cell signaling problemPDF unavailable
13Lecture 13: Cell Signalling and Capture Probability of absorbing spherePDF unavailable
14Lecture 14: Capture probability of reflecting spherePDF unavailable
15Lecture 15: Mean capture timePDF unavailable
16Lecture 16: Introduction to fluids, viscosity and reynolds numberPDF unavailable
17Lecture 17: Introduction to the navier stokes equationPDF unavailable
18Lecture 18: Understanding reynolds number PDF unavailable
19Lecture 19: Life at low reynolds numberPDF unavailable
20Lecture 20: Various phenomena at low reynolds numberPDF unavailable
21Lecture 21: Bacterial flagellar motionPDF unavailable
22Lecture 22: Rotating flagellumPDF unavailable
23Lecture 23: Energy and equilibriumPDF unavailable
24Lecture 24: Binding problemsPDF unavailable
25Lecture 25: Transcription and translationPDF unavailable
26Lecture 26: Internal states of macromoleculesPDF unavailable
27Lecture 27: Protein modification problemPDF unavailable
28Lecture 28: Haemoglobin-Oxygen binding problemPDF unavailable
29Lecture 29: Freely jointed polymer modelPDF unavailable
30Lecture 30: Entropic springs and persistence lengthPDF unavailable
31Lecture 31: Freely rotating chain model and radius of gyrationPDF unavailable
32Lecture 32: The hierarchical chromatin packing modelPDF unavailable
33Lecture 33: FISH & DNA loopingPDF unavailable
34Lecture 34: Nucleosomes as barriers, Hi-C, and contact probabilitiesPDF unavailable
35Lecture 35: Deriving the full force extension curvePDF unavailable
36Lecture 36: Random walk models for proteinsPDF unavailable
37Lecture 37: Hydrophobic polar protein modelPDF unavailable
38Lecture 38: Diffusion in crowded environmentsPDF unavailable
39Lecture 39: Depletion interactionsPDF unavailable
40Lecture 40: Examples & implications of depletion interactionsPDF unavailable
41Lecture 41: Introduction to Biological dynamicsPDF unavailable
42Lecture 42: Introduction to rate equationsPDF unavailable
43Lecture 43: Separation of timescales in enzyme kineticsPDF unavailable
44Lecture 44: Structure and treadmilling of actins and microtubulesPDF unavailable
45Lecture 45: Average length of polymers in equilibriumPDF unavailable
46Lecture 46: Growth rate of polymersPDF unavailable
47Lecture 47: Dynamic treadmilling in microtubulesPDF unavailable
48Lecture 48: Introduction to molecular motorsPDF unavailable
49Lecture 49: Force generation by molecular motorsPDF unavailable
50Lecture 50: Models of motor motionPDF unavailable


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1EnglishNot Available
2BengaliNot Available
3GujaratiNot Available
4HindiNot Available
5KannadaNot Available
6MalayalamNot Available
7MarathiNot Available
8TamilNot Available
9TeluguNot Available