murder mystery
In this project, we solved a murder case and found the killer by learning forensic techniques and genetic sciences, for example fingerprinting and genetic diseases.
Key Concepts:
Karyotype: A visual representation of a persons chromosomes.
Genetic Diseases: A disease caused by a mutation in a person's DNA.
Mutation: A change in the DNA.
Chromosome: A threadlike structure of nucleic acids and protein found in the nucleus of most living cells, carrying genetic information in the form of genes.
Complete Dominance: A type of trait where both phenotype are expressed.
Incomplete Dominance: A type of trait is where the trait is a hybrid of both dominant trait, and recessive trait are expressed.
Epigenetics: How are your genes are expressed.
Karyotype: A visual representation of a persons chromosomes.
Genetic Diseases: A disease caused by a mutation in a person's DNA.
Mutation: A change in the DNA.
Chromosome: A threadlike structure of nucleic acids and protein found in the nucleus of most living cells, carrying genetic information in the form of genes.
Complete Dominance: A type of trait where both phenotype are expressed.
Incomplete Dominance: A type of trait is where the trait is a hybrid of both dominant trait, and recessive trait are expressed.
Epigenetics: How are your genes are expressed.
I also made an alternate slideshow for fun
pGlo
Purpose:
The purpose of this lab is to understand what a bacterial plasmid is and how it is used in biotechnology, and to understand how genes are used to make protein in a cell.
Hypothesis:
If the e coli accept the pGlo then they should survive the antibiotic and glow
Procedure:
All procedure is referred to the pGlo lab under BABEC
Observations:
Pipetting without contamination is difficult
The lab was hot and smelled really bad
The amount of liquid pipetted in is very small
The purpose of this lab is to understand what a bacterial plasmid is and how it is used in biotechnology, and to understand how genes are used to make protein in a cell.
Hypothesis:
If the e coli accept the pGlo then they should survive the antibiotic and glow
Procedure:
All procedure is referred to the pGlo lab under BABEC
Observations:
Pipetting without contamination is difficult
The lab was hot and smelled really bad
The amount of liquid pipetted in is very small
Our hypothesis was correct because the e coli accepted the pGlo then they survived the antibiotic and were able to glow