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I personally think that cancer is passed down through your family, very quickly, and I feel like Jane somewhat has a risk. 

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I personally think that cancer is passed down through your family, very quickly, and I feel like Jane somewhat has a risk. 

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1. A benign tumor is not a cancerous tumor, and is unable to spread throughout your body. It generally responds very well to treatments. On the other hand, a malignant tumor is a cancerous tumor, and begins to spread rapidly to the various parts of your body. 

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1. A benign tumor is not a cancerous tumor, and is unable to spread throughout your body. It generally responds very well to treatments. On the other hand, a malignant tumor is a cancerous tumor, and begins to spread rapidly to the various parts of your body. 

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2. As I mentioned before, because a benign tumor is not cancerous, and isn't as dangerous because medical treatments can cure your illness.

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2. As I mentioned before, because a benign tumor is not cancerous, and isn't as dangerous because medical treatments can cure your illness.

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3. To have the genetic traits that causes  cancer which was descended to generations 

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3. To have the genetic traits that causes  cancer which was descended to generations 

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4. No, the person has a higher chance of getting cancer if she/he is predisposed.

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4. No, the person has a higher chance of getting cancer if she/he is predisposed.

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1. In Query 1741 there was a mutation that occurred, where the bond A was matched with bond T.

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1. In Query 1741 there was a mutation that occurred, where the bond A was matched with bond T.

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2. Substitution, deletion, and insertion.

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2. Substitution, deletion, and insertion.

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3. Looking at the normal DNA, the start codon was really early, at 19, while Sam's start codon was really late; at 2119.

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3. Looking at the normal DNA, the start codon was really early, at 19, while Sam's start codon was really late; at 2119.

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5. In Jane's family, only the men got cancer, or the other case could be extra mutation in the DNA. 

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5. In Jane's family, only the men got cancer, or the other case could be extra mutation in the DNA. 

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1. It would decrease the ability of the APC protein to bind to the  B catenin. 

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1. It would decrease the ability of the APC protein to bind to the  B catenin. 

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3. Genes that are involved in the cell division, in general. Repairing issues. Oncogenes turn a healthy gene into a cancerous cell. And lastly, tumor suppressor genes are the protective genes, but if a mutation occurs, it could not function properly. 

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3. Genes that are involved in the cell division, in general. Repairing issues. Oncogenes turn a healthy gene into a cancerous cell. And lastly, tumor suppressor genes are the protective genes, but if a mutation occurs, it could not function properly. 

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4. Because there was a mutation in the substitution, it must be a repairing issue. 

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4. Because there was a mutation in the substitution, it must be a repairing issue. 

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5. Jane should still be aware, because as far as I know, cancer spreads really rapidly, and should visit the doctors frequently. 

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5. Jane should still be aware, because as far as I know, cancer spreads really rapidly, and should visit the doctors frequently. 