Question

es on it, which is much simpler than the 46 chromosomes of one of the four different snorks by transcribing the is to the amino acid sequence that will make the er you will draw your snork based on the phenotypes id sequence coded for and see your snork come to life!
snuffle snork dna
row 3 & 4
gene 1: tac cat aga ttt att
gene 2: tac caa gga tga ctt ttc att
gene 3: tac gaa gag gag ggg att
gene 4: tac caa cgc cga act
gene 5: tac gta gtg act
gene 6: tac cat aaa ata act
gene 7: tac cta taa gaa gac ggg tgt
gene 8: tac caa ctg ctg cgt atc
gene 9: tac aag agc cca atc
gene 10: tac tct ata aca ttt att

Answer:

To solve the problem of transcribing the DNA of the Snuffle Snork and translating it into an amino acid sequence, we follow these steps:

Step 1: Identify the Promoter Region and Transcribe DNA to mRNA

The DNA sequence provided starts with a promoter region (TAC), which is the start codon's complementary sequence. To transcribe DNA to mRNA, we use the following base pairing rules:

• Adenine (A) pairs with Uracil (U)
• Thymine (T) pairs with Adenine (A)
• Cytosine (C) pairs with Guanine (G)
• Guanine (G) pairs with Cytosine (C)

For each gene, we transcribe the DNA sequence (excluding the promoter region if necessary) to mRNA.

Step 2: Translate mRNA to Amino Acids

Using the genetic code table, we translate each mRNA codon (three-nucleotide sequence) to its corresponding amino acid. The genetic code table is as follows:

Codon	Amino Acid	Codon	Amino Acid	Codon	Amino Acid
UUC	Phe	UCC	Ser	UAC	Tyr
UUA	Leu	UCA	Ser	UAA	Stop
UUG	Leu	UCG	Ser	UAG	Stop
CUU	Leu	CCU	Pro	CAU	His
CUC	Leu	CCC	Pro	CAC	His
CUA	Leu	CCA	Pro	CAA	Gln
CUG	Leu	CCG	Pro	CAG	Gln
AUU	Ile	ACU	Thr	AAU	Asn
AUC	Ile	ACC	Thr	AAC	Asn
AUA	Ile	ACA	Thr	AAA	Lys
AUG	Met	ACG	Thr	AAG	Lys
GUU	Val	GCU	Ala	GAU	Asp
GUC	Val	GCC	Ala	GAC	Asp
GUA	Val	GCA	Ala	GAA	Glu
GUG	Val	GCG	Ala	GAG	Glu
UGU	Cys	CGU	Arg	UGG	Trp
UGC	Cys	CGC	Arg
UGA	Stop	CGA	Arg
UGG	Trp	CGG	Arg
CGU	Arg	AGA	Arg
CGC	Arg	AGG	Arg
CGA	Arg
CGG	Arg

Step 3: Transcribe and Translate Each Gene

Let's transcribe and translate each gene:

Gene 1: TAC CAT AGA TTT ATT

• DNA: TAC CAT AGA TTT ATT
• mRNA: AUG GUA UCU AAA UAA (Note: The last codon UAA is a stop codon)
• Amino Acids: Met, Val, Ser, Lys, Stop

Gene 2: TAC CAA GGA TGA CTT TTC ATT

• DNA: TAC CAA GGA TGA CTT TTC ATT
• mRNA: AUG GUU CCU ACU GAA AAG UAA (Note: The last codon UAA is a stop codon)
• Amino Acids: Met, Val, Pro, Thr, Glu, Lys, Stop

Gene 3: TAC GAA GAG GAG GGG ATT

• DNA: TAC GAA GAG GAG GGG ATT
• mRNA: AUG CUU CUC CUC CCC UAA (Note: The last codon UAA is a stop codon)
• Amino Acids: Met, Leu, Leu, Leu, Pro, Stop

Gene 4: TAC CAA CGC CGA ACT

• DNA: TAC CAA CGC CGA ACT
• mRNA: AUG GUU GCG GCU UGA (Note: The last codon UGA is a stop codon)
• Amino Acids: Met, Val, Ala, Ala, Stop

Gene 5: TAC GTA GTG ACT

• DNA: TAC GTA GTG ACT
• mRNA: AUG CAU CAC UGA (Note: The last codon UGA is a stop codon)
• Amino Acids: Met, His, His, Stop

Gene 6: TAC CAT AAA ATA ACT

• DNA: TAC CAT AAA ATA ACT
• mRNA: AUG GUA UUU UAU UGA (Note: The last codon UGA is a stop codon)
• Amino Acids: Met, Val, Phe, Tyr, Stop

Gene 7: TAC CTA TAA GAA GAC GGG TGT

• DNA: TAC CTA TAA GAA GAC GGG TGT
• mRNA: AUG GAU AUU CUU CUG CCC ACA
• Amino Acids: Met, Asp, Ile, Leu, Leu, Pro, Thr

Gene 8: TAC CAA CTG CTG CGT ATC

• DNA: TAC CAA CTG CTG CGT ATC
• mRNA: AUG GUU GAC GAC GCA UAG (Note: The last codon UAG is a stop codon)
• Amino Acids: Met, Val, Asp, Asp, Ala, Stop

Gene 9: TAC AAG AGC CCA ATC

• DNA: TAC AAG AGC CCA ATC
• mRNA: AUG UUC UCG GGU UAG (Note: The last codon UAG is a stop codon)
• Amino Acids: Met, Phe, Ser, Gly, Stop

Gene 10: TAC TCT ATA ACA TTT ATT

• DNA: TAC TCT ATA ACA TTT ATT
• mRNA: AUG AGA UAU UGU AAA UAA (Note: The last codon UAA is a stop codon)
• Amino Acids: Met, Arg, Tyr, Cys, Lys, Stop

Step 4: Determine the Phenotype

Based on the amino acid sequences, we can determine the phenotype of the Snuffle Snork. Each gene likely codes for a specific trait (e.g., eye shape, body shape, etc.). By analyzing the amino acid sequences, we can infer the traits:

• Gene 1: Met, Val, Ser, Lys, Stop (Possible trait: Eye shape)
• Gene 2: Met, Val, Pro, Thr, Glu, Lys, Stop (Possible trait: Body shape)
• Gene 3: Met, Leu, Leu, Leu, Pro, Stop (Possible trait: Legs)
• Gene 4: Met, Val, Ala, Ala, Stop (Possible trait: Arms)
• Gene 5: Met, His, His, Stop (Possible trait: Feet)
• Gene 6: Met, Val, Phe, Tyr, Stop (Possible trait: Mouth)
• Gene 7: Met, Asp, Ile, Leu, Leu, Pro, Thr (Possible trait: Tail)
• Gene 8: Met, Val, Asp, Asp, Ala, Stop (Possible trait: Color)
• Gene 9: Met, Phe, Ser, Gly, Stop (Possible trait: Ears)
• Gene 10: Met, Arg, Tyr, Cys, Lys, Stop (Possible trait: Hair)

Step 5: Draw the Snuffle Snork

Using the inferred traits from the amino acid sequences, we draw the Snuffle Snork. For example:

• Eyes: Based on Gene 1 (Ser, Lys)
• Body: Based on Gene 2 (Pro, Thr, Glu, Lys)
• Legs: Based on Gene 3 (Leu, Leu, Leu, Pro)
• Arms: Based on Gene 4 (Val, Ala, Ala)
• Feet: Based on Gene 5 (His, His)
• Mouth: Based on Gene 6 (Val, Phe, Tyr)
• Tail: Based on Gene 7 (Asp, Ile, Leu, Leu, Pro, Thr)
• Color: Based on Gene 8 (Val, Asp, Asp, Ala)
• Ears: Based on Gene 9 (Phe, Ser, Gly)
• Hair: Based on Gene 10 (Arg, Tyr, Cys, Lys)

By combining these traits, we can draw the Snuffle Snork with the corresponding features.

Final Answer

The amino acid sequences for each gene are as follows:

• Gene 1: Met, Val, Ser, Lys, Stop
• Gene 2: Met, Val, Pro, Thr, Glu, Lys, Stop
• Gene 3: Met, Leu, Leu, Leu, Pro, Stop
• Gene 4: Met, Val, Ala, Ala, Stop
• Gene 5: Met, His, His, Stop
• Gene 6: Met, Val, Phe, Tyr, Stop
• Gene 7: Met, Asp, Ile, Leu, Leu, Pro, Thr
• Gene 8: Met, Val, Asp, Asp, Ala, Stop
• Gene 9: Met, Phe, Ser, Gly, Stop
• Gene 10: Met, Arg, Tyr, Cys, Lys, Stop

Using these sequences, we can determine the phenotype and draw the Snuffle Snork.