# data[].attributes.body
3. -The TP53 which is a tumor suppressor gene seemed to be the most prevalent mutation that led to cancer.
-Oncogenes have a lower appearance in cancer and tumor suppressor genes have a higher appearance.
-Many different types of cancers share the same genetic mutations and therefore are alike.
2. -The same gene can code for many different types of cancer.
-mutations can be on the same location on different genes.
1. What is the connection between epigenetics and mutations?

# data[].attributes.body
three things I learned
1 tumor suppressor were more common
2 not all cancers come from the same mutation
3 17 is popular

two things that interest me
1 cancer is diverse
2 not all derive from the same chromosome

One question I still have
1 How can we cure cancer

# data[].attributes.body
3 Things: Mutations occur on the same gene, Different cancers can have the same gene, Tumor Suppressor Genes are more common.
2 Things: Cancers share gene mutations and There are common characteristic in cancers.
1 Thing: How can cancer be stopped?

# data[].attributes.body
1. Gene mutations can be  common/ shared.
2. Most cancer causing mutations occur in Tumor Suppressor Genes.
3. Pancreatic Cancer mainly involves Cell Survival

1. Cancer can be seemingly sporadic, but cause similar effects.
2. Cancer lies among a few common genes.

1. What kind of cancer does radiation do? Can it cause any?

# data[].attributes.body
1. There are different types of genes for similar cancers, tumor suppressors and oncogenes purpose, and one gene can code for multiple cancer genes.
2. melanoma is a skin cancer and there are many cell functions that cancer can affect.
3. How to treat cancer?

# data[].attributes.body
3: (1) Tumor suppressor genes play a more notable role in the ongoing division/growth of cancer cells, (2) TP53 (a tumor suppressor gene) is prevalent among several types of cancer (including lung, pancreatic, etc), (3) While a moderate amount of genes involved in cancer function for cell fate, there are more genes involved in the cell survival aspect.

2: I found it interesting that (1) while cancer occurs in many different forms and areas throughout the body, there are still common characteristics (i.e. the notable role of tumor suppressor genes), and (2) that leukemia is blood cancer, not only pertaining to white blood cells.

1: Why do genome maintenance genes play such a minor role in the advancement of cancer cells?

# data[].attributes.body
Three things I learned
1. Tumor suppressors are more common
2.  Genomic Maintenance genes are not very common.
3. TP53 is a common gene involves in cancer
Two things that surprised on interested me
1.  Leukemia is a blood cancer
2. Tumor suppressor genes are cause a greater problem.
One question I have
1. How many types of cancers are ther

# data[].attributes.body
Things I learned:
- a genes can code for multiple cancers
- tumor suppressors are more common than oncogenes
- mutations can be on the same location on different genes
Things that surprised me:
- cancer is common
- how long this lab took
A question I have:
- Why do patients have the same genes but get different cancers?

# data[].attributes.body
Things I learned:
The oncogenes and tumor suppressor genes are equally important; though, mutations in tumor suppressor gens are very prominent in the patients who have cancer.
Many cancer patients can exhibit the same type of mutation without having the same type of cancer.
While many cancer types can have similar mutations, others can have nothing in common with another form of cancer.

Two things that surprised me:
I have lung cancer.
Hendrix's mother.

Things I want to learn:
If your mom is free this weekend.
Oh and what does genome maintenance do exactly.

# data[].attributes.body
3 Things: (1) different types of cancers can have mutations on the same genes; (2) mutations can be in the same location but on different genes; (3) the type and function are usually around the same
2 Things: (1) That the patients with different types of cancers had the same mutations; (2) Patients with the same cancer had different mutations
1 Thing: (1) Why don't the patients have the same mutations?

# data[].attributes.body
3) -Different cancers can happen from the same genes.
- Cell fate determines if a cell lives or dies
-proto-oncogenes are what regulate cell growth
2)-the light colored bands found on chromosomes means there isn't that much material there
-there are more tumor suppressors than oncogenes
1)What gene is most common to have cancerous mutations?

# data[].attributes.body
3: cancers have lots of genes in common, Its better to take your foot on the gas than to brake, cancer is bad
2: that most cancers are very similar,  and how many genes cancers cells share
3: why re cancers cells so simlar
why do tumor suppressor genes fail
i would like to know more about cell fate

# data[].attributes.body
Things learned:
1. tumor suppressor are more common
2. genome
3. many genes for cancer are on the 17th gene
Two things that surprised me:
1. that there were so many similarities
2. that Hendrix gave me the liver card
Question:
1. What was the "GM" on the cards?

# data[].attributes.body
3- A tumor suppressor gene is a brake to cancerous cell growth. An oncogene is the gas pedal to cell growth. There are about 140 genes associated with cancer. 2- DNA polymerase only make 1 in a billion mistakes during DNA replication. The longer we live, the more cancer cells develop.  1- What are the different stages of cancer and what do they do.

# data[].attributes.body
3 things learned: different types of cancers have common genes, chromosome 17 is common on many cancers, tumor suppressor genes are more common than oncogenes
2 things that surprised/ interested you: different genes can cause different cancers, patients with the same cancer don't always have things in common
1 question that still remains: What can people do to hopefully prevent cancer?

# data[].attributes.body
3 - There are more tumor suppressors than oncogenes, a lot of cancers begin with the TP53 gene, and breast cancer has less genes involved with it than most other cancers
2 - how many cancers TP53 starts and how many cancers have more genes than breast cancer
1 - Why is TP53 so versatile?

# data[].attributes.body
3 Things I learned :
-  The same gene can code for different types of cancer.
-  The TP53 gene appeared to be the most common mutation that allowed for cancer to grow
-  Tumor Suppressor Genes have a higher frequencies of appearance in cancer than Oncogenes

2 Thins that surprised me :
-  There are many similarities in different types of cancer, and their genetic formations, despite what they affect.
-  Different mutations can cause the same type of cancer, even though they have no similarities.

1 Question I still have :
-  What other factors, besides just mutations, can influence ; if cancer will form, and where it will eventually affect?

# data[].attributes.body
3. There are many genes that different cancers have in common. There are a greater amount of cancers that have mutations on the tumor suppressor gene. The same type of cancer can be caused by a variety of mutations.
2. It surprised me that different cancers can be caused by the same mutations. It also surprised me that the same cancer can have no mutations in common.
1. Why is TP53 so common in most cancers?

# data[].attributes.body
3
-that most genes were shared in lots of other cancers.
-lots of cancers had tumor suppressors in them
-mutations to cause cancer are still not fully understood
2
-most are quite similar
-how many genes are shared throughout the types of cancer
3
how genes mutate to make cancer
why genes mutate how they do
what makes genes mutate

# data[].attributes.body
3 Things I Learned
*Tumor Suppressor have more affect on cancer
*The same type of cancer have  the same genes
*Some of the genes are located in spots that are easier to make mistakes
2 Things that surprised me
*Tumor Suppressor genes are more common
*The amount of similarities
1 Question
* Why are some genes so common

# data[].attributes.body
3. Many of the genes for cancer lie on chromosome 17,  TP53 is a very common gene in cancer patients, and there are more tumor supressors.
2. There were many different genes for one type of cancer and there were different numbers of genes for the cancer.
1. Which two cancer types are the most similar in terms of genes?

# data[].attributes.body
-Things Learned: Genome Maintenance genes are not very common in cancer. Most melanoma patients have a mutation on the BRAF gene. Tumor Suppressor Gene mutations are more prominent in cancer patients. -Two things that were surprising or interesting: TP53 gene mutations are incredibly common in cancer patients. Mutations in tumor suppressor genes have a larger effect on causing cancer.
-Question: How are genome maintenance genes not catching the other mutations if mutations in them are not apparent?