Lab Techniques
PCR and qPCR
Scientific Writing
Behavior
Data Statistics
100

This micropipette stop is used to draw up liquid

First Stop

100

This is the reporter molecule used in qPCR to quantify gene expression

Probe

100

This type of statement is a specific, directional outcome expected if the alternative hypothesis is true.

Prediction

100

This term describes the avoidance of novel objects or situations.

Neophobia

100

This value represents the probability that the pattern you observed in your data could have occurred purely due to random chance.

p-value

200

This pipette would be most accurate for measuring 65 µL

P100

200

This molecular tool amplifies a specific gene. It can be used to test for the presence of a gene

PCR

200

The statement below is an example of what hypothesis.

"predator density does not affect crawfish survival"

Null Hypothesis

200

Neophobia is typically scored using this measurement.

Latency to Feed (or approach)

200

A small p-value (e.g., p = 0.0003) suggests this about the observed difference.

Significant difference/ a difference that is unlikely due to random chance

300

On a P10, the display reads 0 7 5. This is the volume in microliters.

7.5 uL

300

This type of gene must be included in qPCR to normalize differences in RNA quantity/cell activity across samples.

Reference gene

300

This section gives enough detail about subjects, replicates, and analyses so that another scientist can reproduce the study.

Methods

300

This term describes the condition in a neophobia trial where birds receive a dish without any novel object.

Control or Control Trial

300

If a violin plot shows two groups with very little overlap in their distributions, you would expect this of your p-value.

a low p-value or significance

400

Touching surfaces with gloves and reusing pipette tips is a violation of what important set of laboratory practices.

Sterile Technique

400

A primer that is too short is likely to cause this problem during PCR.

non-specific binding

400

This section explains why the study matters outside the classroom and suggests future studies.

Discussion Section

400

If sparrow A approaches to feed at 120 seconds and sparrow B never approaches, this sparrow shows more neophobia. (assume both sparrows receive a novel object treatment)

Sparrow B

400

This statistical test quantifies the difference between 2 means

T-test

500

This is a way to keep gloves sterile and RNAse free during lab work

Spraying gloves with ethanol

500

Between PCR and qPCR, this is the technique the scientist should choose if they want to compare differences in gene expression.

qPCR

500

This section should NOT contain statements explaining why results happened.

Results Section

500

This type of behavioral question asks how a behavior works (rather than why)

Proximate 

(mechanistic or ontogeny/development may be accepted)

500

You are comparing gene expression between two bird populations and find that your ANOVA gives p = 0.41. This is the correct decision regarding your null hypothesis.

fail to reject the null hypothesis