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Peter Klappa @UCkri7pjuQxPg1AoPUFY-fug@youtube.com

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07:56
Determine a combined mean from replicates
20:58
Model answers to the MCQ test Enzymes and Metabolism
11:46
Linear Regression with Excel - is the regression statistically significant?
48:06
Bios3010 week 27 specific activity and turnover number lecture
12:17
Hill plot to determine the cooperatively of an enzyme
23:54
Finding enzyme parameters with a direct linear plot (Eisenthal Cornish-Bowden)
06:15
Finding the substrate concentration from an initial rate
01:04
Finding the the lecture scribbles on TEAMS
01:13
How to find the lecture recordings on Moodle
01:21
How to find your lecture recordings on Moodle
31:23
From zero to gAI-hero: Generative AI (gAI) in the classroom
09:55
Finding the turnover number of an enzyme
43:13
Metabolism lecture - fuel requirements and gluconeogenesis
09:33
Finding the dissociation constant ki for an uncompetitive inhibitor
08:26
Finding the dissociation constant ki for a competitive inhibitor
02:27
How to prepare for Multiple Choice tests with ChatGPT
06:54
How ChatGPT helped me with my exam preparations - feedback to practice essays
14:08
Finding Ligand Binding Parameters (specific and unspecific) with Excel
14:33
Finding Specific Ligand Binding Parameters, using Excel
16:00
Having fun with the NSS (National Student Survey) - comparing proportions
11:59
Determining 95% confidence intervals from transformed data
12:50
Transforming skewed continuous data
09:48
Comparing variances of two data sets with continuous data using an F-test
08:02
Finding an EC50 value using a semi-logarithmic plot
06:49
Including custom error bars in a scatterplot with Excel
12:17
Summarising continuous data in Excel
07:07
Determine the log odds ratio from raw data
28:06
Calculating odds and risks
04:20
Converting odds to risk
03:41
Converting risk into odds
12:30
Determine the 95% confidence interval for a log odds ratio
28:06
Comparing log odds ratios from raw data
24:13
Comparing log odds ratios from two clinical studies
07:02
Find the p-value from a given z-score
09:33
Calculate the activation energy of a reaction
05:20
Calculate the change in Gibb’s free energy
07:45
Calculate the change in standard entropy
07:37
Calculate the displacement factor of a reaction
06:35
Calculate a product concentration from rate constants
21:45
Estimate KM and Vmax and their margin of error in an enzyme reaction with the direct linear method
03:53
Determine Vmax of an enzyme reaction from initial rate and KM
14:56
Estimate KM and Vmax using the direct linear transformation method by Eisenthal and Cornish-Bowden
04:23
Determine the value for KM from initial rate, substrate concentration and Vmax of an enzyme reaction
04:43
Determine the substrate concentration at a given KM, Vmax and initial rate of an enzyme reaction
09:29
How to find the pKa for a buffer
09:29
PKa calculation for a buffer
16:47
Determine the size of proteins in an SDS-polyacrylamide gel, using marker proteins
06:22
Finding Glucose concentration in Honey part 3 - Dilution factors
10:53
Finding Glucose concentration in Honey part 2
04:33
Finding Glucose concentration in Honey part 1
11:48
TASK 4 agarose gel gor the BIOS3000 practical
06:22
Be successful in your exams with 100 Practice Questions workbooks
04:33
Determine GFP production 1 of 6
10:02
Determine GFP production 2 of 6
04:41
Determine GFP production 3 of 6
05:01
Determine GFP production 4 of 6
12:18
Determine GFP production 5 of 6
04:51
Determine GFP production 6 of 6
47:44
Research Skills Lecture 2022 finding Confidence intervals
13:55
More calculations with molarities and dilution factors