Protein Synthesis:Transcription:Translation:Gene 1:Gene 1:Gene 2:Gene 2:Gene 3:Gene 3:Gene 4:Gene 4:Gene 5:Gene 5:Gene 6:Gene 6:Gene 7:Gene 7:Gene 8:Gene 8:Gene 9:Gene 9:Gene 10:Gene 10:The results of protein synthesis....DRAWING OF YOUR SNORK!!! planet Reen in a distant solar system. They only have one chromosome with eight genes on it that determines theorganism's appearance. Your job is to transcribe and translate the DNA and determine what traits the organism has andIn this simulation, you will examine the DNA sequence of a fictitious organism. These organisms were discovered on theTAC CAT AGA TTT ATT TAC CAA GGA TGA GGT TTC ATC TÁC GAA GAG GAG GGG ATT TAC CAA CGCCGA ATT TÁC GTA GTG ATC TAC CAT AAA ATA ACT TAC TTA TAA GAA GAC GGG TGT ACT TAC TTAProtein Synthesisthen sketch the organismTTA TTA CGT ATT TAC AAG AGC GTG ATT TAC TCC TCT TTA TGT ATTAmino Acid SequenceGenesDescriptionShort and spiky hairMet - val - ser - leuGene 1- body coveringMet - val - ser - lysLong and curly hairyMet - tyr - pro - glu - pro - lysGene 2 - body shapeMet- val - pro - thr - pro - lysRound bodyMet - leu - leu - leu - proSquare bodyGene 3 - # of legsMet - leu - leu - ser - ala4 legged2 leggedMet-ala - val - valround headGene 4 - head shapeMet - val - ala - alasquare headMet - his - iletailGene 5 - tailMet - his - hisno tailMet - ser - pro - valgreen pigment (hair/skin)Gene 6 - body pigmentMet - val - phe - tyryellow pigment (hair/skin)small slanted eyesMet - asp - ile - leu - leu - pro - threlarge round eyesGene 7 - eyesMet - asp - ile - pro - pro - pro - threcircular mouth with teethMet - val - asp - asp - alaCircular mouth, no teethGene 8 – mouth/teethMet - asp - asp - asp - alaPointed, standing-up earsMet-phe - ser - hisrounded floppy earsGene 9 - earsMet-phe - phe - hislong spaghetti like armsMet- arg - tyr - cys - lysshort stumpy armsYour job is to analyze the DNA sample and determine the phenotype (how the organism looks) based on the DNA s«Remember that genes must be signaled to START in order for a protein to be made and they will also STOP. The ger-order in the DNA.Gene 10 - armsMet - arg - arg - asp - thre

Name: Protein Synthesis:Transcription:Translation:Gene 1:Gene 1:Gene 2:Gene
Uploaded: 2024-03-20T06:42:55.000Z
Channel: Bartleby
Description: Protein Synthesis:Transcription:Translation:Gene 1:Gene 1:Gene 2:Gene 2:Gene 3:Gene 3:Gene 4:Gene 4:Gene 5:Gene 5:Gene 6:Gene 6:Gene 7:Gene 7:Gene 8:Gene 8:Gene 9:Gene 9:Gene 10:Gene 10:The results of protein synthesis....DRAWING OF YOUR SNORK!!! pl

The DNA sequence will be transcribed into mRNA that contain the genetic codon by the process of…

Answered: Gene 3: Gene 3: Gene 4: Gene 4: Gene 5:…

Science

Biology

Gene 3: Gene 3: Gene 4: Gene 4: Gene 5: Gene 5: Gene 6: Gene 6: Gene 7: Gene 7: Gene 8: Gene 8: Gene 9: Gene 9: Gene 10: Gene 10: The results of protein synthesis....DRAWING OF YOUR SNORK!!!

Biology: The Unity and Diversity of Life (MindTap Course List)

15th Edition

ISBN:9781337408332

Author:Cecie Starr, Ralph Taggart, Christine Evers, Lisa Starr

Publisher:Cecie Starr, Ralph Taggart, Christine Evers, Lisa Starr

Chapter15: Studying And Manipulating Genomes

Section: Chapter Questions

Problem 4DAA

See similar textbooks

Similar questions

True or False? The entire eukaryotic genome is translated.
A Meet - rfc-prp x A G-Unit 5: DNA an X 4 https://docs.goog x y google classroom xP Classes cs.google.com/forms/d/e/1FAlpQLSeyPC6Kmoa0k5JJd1DWGzqqRwaQQobHN0OdqFX_aDbV_6-bKw/formResponse x New Tab D YouTube Маps E Copy of Distance Le. Launch Meeting - . 2020 HORNETS 4N. O StudentVUE 2 Mr. Nussbaum Lan. A Graphing Lines Use the chart to determine the correct amino acid that this DNA would code for - ATA * 1 point GFL E D А Y STOP Alanine U Tyrosine C. STOP Stop V Valine GU Cysteine U Stop G Tryplophan R Arginine G А С U A Leucine S. K Serine A C L UGA Lysine Proline Аsparagine M START H. I R o search 99. Serine Threonine
TRIVIA ABOUT GENETIC ENGINEERING FROM 2015 - 2021. ANSWER IT AND PUT A "SOURCE" WHERE U GET THE TRIVIAS. PS : PLS ANSWER THIS WITH UNIQUE AND RARE TRIVIA, THAT YOU DON'T SEE IN THE FIRST PAGE OF THE GOOGLE WHEN U SEARCH PS : SEARCHING ON GOOGLE IS EASY SO YEAH DON'T ANSWER THIS WITH THE BASIC INFORMATION. THANK YOU!!!
Genome Assembly with Perfect Coverage and Repeats Given a list of error-free DNA 3-mers taken from the same strand of a circular chromosome. Find all circular strings assembled by complete cycles in the de Bruijn graph B2. Find the circular chromosome sequence. Dataset: ATC ATG CAT CCA GAT GGA TCC TGG
DNA Typing U S₁ S₂ U S₁ S₂ U S₁ S₂ U S₁ S₂ 0000 Locus 2 Locus 3 Locus 1 U S₁ S₂ 1. In Figure 1.16, blood samples are taken from a gate (U), an injured woman (S₁), and her former husband (S₂). The woman claimed that she was attacked by her former husband. The man had a cut on his hand, which he explained as a cut from a broken water glass. Is the unknown sample from her wound, from her former husband, or from an unknown third person? Locus 1 U S₁ S₂ Locus 2 U S₁ S₂ Locus 4 Locus 3 U S₁ S₂ FIGURE 1.16 Locus 4 FIGURE 1.17 2. From the same case, a second blood sample was collected from a stain on the floor of the former husband's home (Figure 1.17). Is this stain from the woman, her former husband, or an unknown third person?
Classifiation of Llfe A new organism was discovered in a deep sea vent at the bottom of the ocean. The researchers collected the sample and made careful observations of it. The picture at right shows a microscopic image captured at 1000X its actual size. Below are some other observations made: • When DNA was isolated from the cell, it was mixed with an equal portion of histone proteins • There are no visible organelles present inside the cell • The specimen seem to die in the presence of oxygen • Able to live in conditions that mimic deep sea vents without any external food source provided Based on these observations, determine each of the following and provide a clear rationale. A) To which domain would you assign this organism? Why? B) Propose a hypothesis of how they obtain nutrients. Are these most likely autotrophs or heterotrophs? Provide a rationale.
The hydrogen bonding of the specific pairs of bases shown above provides for ___? Preserving the sequence of genes during DNA replication Transcribing the sequence of DNA into the sequence of RNA Translating the sequence of RNA into the sequence of amino acids in proteins
L A Moving to another question will save this response. Question 3 Which is the correct sorting from the largest to the smallest? Triplet; genome; chromosome; gene; nucleotide; phosphate group; phosphorous atom Genome; chromosome; gene; triplet; nucleotide; phospahate group; phosphorous atom Triplet; genome; chromosome; nucleotide; gene; phosphate group; phosphorous atom Genome; gene; chromosome; nucleotide; triplet; phosphorous atom; phosphate group
What is an advantage of using mtDNA OmtDNA is a much longer sequence compared to chromosomal DNA mtDNA has a larger genome than chromosomal DNA mtDNA does not breakdown as readily as chromosomal DNA mtDNA changes very quickly and can be used to differentiate closely related bacteria
Figure 1 shows a DNA base sequence. It also shows the effect of two mutations on this base sequence. Figure 2 shows DNA triplets that code for different amino acids. Original DNA base sequence A TTGGCGTGT Amino acid sequence ATTGGAGTGT ATTG GCC I Mutation 1 DNA base sequence Mutation 2 DNA base sequence GT T A Figure 1 DNA triplets Amino acid GGT, GGC, GGA, GGG Gly GTT, GTA, GTG, GTC Val ATC, ATT, ATA lle ТCC, ТСТ, ТСА, ТСG СТС, СТТ, СТА, СТG Ser Leu A Figure 2 (b) Complete Figure 1 to show the sequence of amino acids coded for by the original DNA base sequence. (c) Some gene mutations affect the amino acid sequence. Some mutations do not Use the information from Figure 1 and Figure 2 to explain (i) whether mutation 1 affects the amino acid sequence (ii) how mutation 2 could lead to the formation of a non-functional enzyme. (d) Gene mutations occur spontaneously. (i) During which part of the cell cycle are gene mutations most likely to occur? (ii) Suggest an explanation for your…
Give only typing answer with explanation and conclusion Your analysis has identified that this new organism has same chromosomal structure as that of eukaryotes on earth. However, the average length of linker DNA of the new organism is 100 bp. If the haploid genome of the new organism has a size 6 billion bp, how many nucleosomes will be in this new organism?
Make a reflection paper based on this video about cloning https://www.youtube.com/watch?v=jKu0camxQ2k