Was it a Crime?
It's All Genetic
More Protein!
VITALLY important
Potluck
100

Fingerprints, DNA, hair found at a crime scene are examples of this

Evidence

100
You receive one from each biological parent

Allele (T or t)

100

The process of creating a protein

Protein Synthesis

DNA - RNA - Protein

100

Average temperature of an adult

98.6

100
The Base Pair Rule of DNA and RNA
A-T (U)

G-C

200

This person dispatches police to a crime scence

911 Operator

200
Diagram used to show inheritance patterns (dominant or recessive)

Pedigree

200

Transcription takes place in the _____ of a cell

Nucleus

200

Sphygmomanometer is used for

Blood Pressure

200
Professional who specializes in the heart

Cardiologist

300

These are the three parts of hair that investigators can use to identify suspects

Cuticle, medulla, cortex
300

Best disease is an autosomal dominant disorder. What is the probability of having a child with Best when crossing a homozygous dominant male with a heterozygous female?

100%

300
Translation takes ____ and converts it to _____

mRNA - Amino Acids

300
Two locations to take pulse

Radial and Carotid

300

The first 4 minutes of a doctors visit is used for this

Medical History

400

This professional will analyze blood spatter to determine direction and force

Blood Spatter Analyst

400

Term for TT, Tt or tt

Genotype

400

tRNA contains this 3 letter sequence

Anticodon

400

Term used to describe high blood pressure

Hypertension

400

Type of diabetes characterized by little to no insulin production from the pancreas

Type 1

500

This laboratory technique can be used to compare an unknown DNA sample to suspects

DNA Gel Electrophoresis
500

This disease affects the shape and function of RBCs. It is caused by a single pt mutation in chromosome 11

Sickle Cell

500
Type of mutation where multiple Amino Acids are affected in the overall protein

Frameshift (Insertion or Deletion)

500

Terms: Top and bottom number of BP

Systolic/Diastolic

500

Describe the process of getting glucose into your cells for ATP

Glucose in blood

Pancreas Produces Insulin

Insulin binds to Receptor (on cell membrane)

Glucose Transporter Opens

Glucose into cells for ATP