The men’s choir preformed at the Hillcrest High school. They were the first to perform at the concert. Then came the women’s choir‚ then after that was the more expectance singers performed after the women’s choir. Each group had their own songs to preform but I’m going to talk about the one I performed in which was the men’s choir. I’m going to talk about the good and the bad with our sings. The sings we performed was Sharga‚ Pirates Life for me‚ No More Sailor Songs. First song we sang was called
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1. Outline the Steps of DNA: a. DNA Replication begins at the Origin of Replication b. Helicase cuts hydrogen bonds and separates DNA in half c. Semiconservative replication produces two copies that each contained one of the original strands and one entirely new strand. d. Topoisomerases catalyze and guide the unknotting of DNA e. Single Strand Binding Proteins attach to the halves and keep the DNA molecules separated (they are needed because the sides are attracted to each other and with out
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Chapter 33 notes: Intrinsic cellular defense against virus infection 1. Toll- like receptors sense virus infections a. Toll-like receptors (TRL) i. Located on the cell surface or in endosomal membranes = recognize conserved structures found in pathogens ii. Highly conserved receptors from flies humans iii. Most mammals have between 10-15 (humans = 10) iv. TLR – 2: lipoproteins/glycoproteins (mealsels‚ hepB‚ herpes) v. TLR– 3: dsRNA (west
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environment you live in plays a key role in epigenetics and how your genes are expressed. How does epigenetics have anything to do with digestion? A chemical tag is something that can alter a gene expression. It attaches onto the DNA and blocks transcription. They could also attach to histones and activate or deactivate the genes by tightening or loosening the nucleosome structure. Chemical tags can be altered because of diet. When you have a poor diet‚ your body gets negatively affected in many aspects
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10-2 VOCABULARY REVIEW 1. mRNA carries genetic information from the DNA in the nucleus to the cytosol of a eukaryotic cell. 2. tRNA is a chain of RNA nucleotides that are folded into a hairpin shape and can bind to a specific amino acid. 3. Transcription is the process by which genetic information is copied from DNA to RNA. 4. A promoter is a region of DNA that marks the beginning of the DNA chain that is to be transcribed. MULTIPLE CHOICE 1. c 2. d
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changes in genetic information. They can involve only one DNA nucleotide or the whole chromosome. Mutations may or may not affect gene function. SAMPLE ANSWER: SAMPLE ANSWER: DNA-binding proteins regulate genes by controlling transcription in prokaryotes. In eukaryotes‚ transcription factors control gene expression by binding DNA sequences in the regulatory regions. Cell proteins regulate gene expression. RNA contains the sugar ribose and the nitrogenous base uracil instead of thymine. It is usually
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expression of cells while maintaining the same DNA sequence. Since all the somatic cells in our body contain the same DNA‚ the difference lies in the genes that are expressed. Most of the time‚ the majority of genes are regulated by repressing transcription‚ so the genetic information is used selectively. Epigenetics covers a wide field; contained in it are “DNA methyltransferases‚ methyl-CpG binding proteins‚ histone modifying‚ enzymes‚ chromatin remodeling factors‚ transcriptional factors and chromosomal
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Mitochondria are a key organelle responsible for aerobic respiration in eukaryotic cells. The majority of the energy that eukaryotes rely on is obtained through the use of mitochondria‚ thus emphasizing the importance of these dynamic organelles. Due to the importance in respiration mitochondria are found in high abundance in oxidative tissues such as heart‚ kidney‚ and the brain1‚2 3. Inner mitochondrial membrane plays host to a collection of enzyme complexes termed the electron transport chain
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DNA Ligase in DNA Replication Role of mRNA in Transcription & Translation mRNA “copies” the message or the information from DNA mRNA then leaves that DNA parental strand & “hooks” up with ribosome Ribosome works with the mRNA & “calls” for tRNA tRNA then “reads” the mRNA in codons & brings amino acids to the mRNA Amino acids then attach to the transfer molecule & create a protein chain Diagram of mRNA in Transcription & Translation Role of RNA Polymerase Inhibition
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Contents Oncogene An oncogene is a kind of abnormal gene that predisposes cells to develop into cancers. Unlike normal genes‚ which can be turned off after being turned on‚ oncogenes are altered in a way that keeps them stuck in a state of constant activity. That uninterrupted action helps drive the uncontrolled growth that underlies tumors. Oncogenes can be turned on by inherited changes - ones that are passed down from parent to child - or by cancer-promoting agents that
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