Question

mutation options
below are mutation options with examples of before and after dna strands to show the changes. each mutation involves substitution, insertion, or deletion to create a unique trait.

1. super strength

• trait: increased muscle density for immense power.
• dna mutation type: substitution
• before dna: aat cgg tac caa
• after dna: aat cga tac caa

1. night vision

• trait: ability to see in low light
• dna mutation type: deletion
• before dna: cga tac ggt aac
• after dna: cga tag gta ac

1. healing factor

• trait: cells regenerate faster for quick recovery.
• dna mutation type: insertion
• before dna: tta cgg atc gga
• after dna: tta ccg gat cgg a

1. telepathy

• trait: mind communication and reading abilities.
• dna mutation type: substitution
• before dna: ggc tta acc tga
• after dna: gga tta acc tga

1. super speed

• trait: high energy metabolism for rapid movement.
• dna mutation type: deletion
• before dna: aag ttc gga cta
• after dna: aag ttc gac ta

1. fire resistance

• trait: tolerance to high temperatures.
• dna mutation type: insertion
• before dna: cgt tta cgc taa
• after dna: cgt ttg acg cta a

step 1: choose your mutant’s traits
select three mutations from the options above that you want for your mutant.
super strength, night vision, healing factor.

step 2: write your mutant dna strand
using the three chosen mutations, create a mutant dna strand by combining each change into a single dna sequence.

1. start with the original dna strand for each trait.
2. apply each mutation, making sure it’s clear where substitutions, insertions, or deletions have occurred.
3. write out the final mutant dna strand and note which mutation created each trait.

original strand: _______________
mutant strand: _______________

Explanation:

To solve this, we'll handle each chosen mutation (Super Strength, Night Vision, Healing Factor) one by one, apply their DNA changes, and combine them.

Step 1: Analyze Each Mutation’s DNA Change

• Super Strength (Substitution):

Before: AAT CGG TAC CAA
After: AAT CGA TAC CAA (Substituted CGG → CGA)

• Night Vision (Deletion):

Before: CGA TAC GGT AAC
After: CGA TAG GTA AC (Deleted C from GGT → GTA, and C from AAC → AC? Wait, correction: Original “Before” is CGA TAC GGT AAC, “After” is CGA TAG GTA AC. Let's track:

• TAC → TAG? No, wait, the deletion: Let's split into codons (3 bases). Original: CGA TAC GGT AAC (codons: CGA, TAC, GGT, AAC). After: CGA TAG GTA AC (codons: CGA, TAG, GTA, AC). So TAC → TAG? No, maybe a deletion in GGT (remove G? GGT → GT? No, better to take the “After” as given: CGA TAG GTA AC.

• Healing Factor (Insertion):

Before: TTA CGG ATC GGA
After: TTA CCG GAT CGG A (Inserted C? Wait, “After” is TTA CCG GAT CGG A (codons: TTA, CCG, GAT, CGG, A). Original: TTA CGG ATC GGA (codons: TTA, CGG, ATC, GGA). So insertion of C? Let's take the “After” as given: TTA CCG GAT CGG A.

Step 2: Combine the Mutated Strands

We need to merge the three “After” DNA strands (from each mutation) into one. Let's list them:

1. Super Strength After: AAT CGA TAC CAA
2. Night Vision After: CGA TAG GTA AC
3. Healing Factor After: TTA CCG GAT CGG A

Step 3: Create the Final Mutant Strand

Combine the three strands (order can vary, but we'll concatenate them):

AAT CGA TAC CAA (Super Strength) + CGA TAG GTA AC (Night Vision) + TTA CCG GAT CGG A (Healing Factor)

Simplify (remove spaces for continuity, but keep codon structure clear):

AATCGATACCAA CGATAGGT AAC TTACCGGATCGGA

Wait, better to write as a single sequence with codons (or as is):

Mutant Strand: AAT CGA TAC CAA CGA TAG GTA AC TTA CCG GAT CGG A

Step 4: Note Which Mutation Created Each Trait

• AAT CGA TAC CAA: Super Strength (Substitution)
• CGA TAG GTA AC: Night Vision (Deletion)
• TTA CCG GAT CGG A: Healing Factor (Insertion)

Answer:

• Original Strand (Combined Before Strands): AAT CGG TAC CAA CGA TAC GGT AAC TTA CGG ATC GGA (Combined “Before” of each mutation)
• Mutant Strand: AAT CGA TAC CAA CGA TAG GTA AC TTA CCG GAT CGG A (Combined “After” of each mutation, with traits: Super Strength, Night Vision, Healing Factor)