that herbal shampoos need to be used in large quantity for lather and that the protein content is important for making hair strong‚ shiny and soft. * Respondents chose their shampoo based on their hair type and texture. * They feel that protein by no means is harmful for their scalp or skin. * They reported that most of the herbal shampoos are rich in protein and also felt that hair oil is better than shampoos for thicker‚ longer and darker hair. * They reported that dry hair needs extra nourishment
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genetic information from DNA to protein in eukaryotic cells is called the central dogma of biology. The role of RNA in protein synthesis is extremely important as protein synthesis could not occur without RNA. Three forms of RNA exist solely to create proteins. Through a process known as translation‚ RNA constructs the proteins necessary to sustain life. Spliceosomes Process pre-mRNA by splicing out intronic nucleic acids producing mRNA which is then translated to protein in ribosomes. Codons are three
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Purpose: To use indicators to test for the presence of organic compounds in certain substances. Hypothesis: Honey will contain sugars‚ egg white contains proteins‚ corn oil contains lipids‚ oats contains starches and proteins‚ gelatin contains sugars and proteins‚ potatoes contain starch‚ and apple juice contains lipids and sugars. Materials: 9 test tubes Test tube rack Test tube holder Grease pencil Hot plate 20 ml honey solution 20 ml egg white and water mixture 20
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phospholipid Possible Essay Questions ½ to ¾ of a page 1. What is protein folding? How does it contribute to protein’s functionality? Explain: What proteins are made of The four levels of protein folding The motifs found at each level (if any) The intermolecular forces that influence folding at each level The lock and key model of protein interaction 2. How does the information for manufacturing proteins move through the cell? Include the following:
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reactions construct complex substances from simpler ones. · Anabolic processes use energy. · Protein synthesis is an example of an anabolic process. Protein Synthesis · Proteins are long chains of amino acids. · There are 20 common amino acids. · Instruction for the assembly of proteins (the number and sequence of the amino acids) is carried by DNA in the cell nucleus. · Ribosomes are protein construction sites. · Most ribosomes line the endoplasmic
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transformed into body elements of the animal are known as NUTRIENTS. Feed may also be defined as the carrier of nutrients and potential energy in a ration. NOTE. - No feed has been found to be nutritionally complete for or balanced to the needs of a given animal (except milk at early stage of life or an egg for the embryo) thus after weaning no feed can be nutritionally complete. - Many feeds contain undesirable substances that either o
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Proteins provide our bodies with the amino acids that cannot be produced within the body. Through the process of digestion‚ food is broken down into essential amino acids that can be used for protein synthesis. In essence‚ proteins build up‚ maintain‚ and replace tissues in your body. For instance‚ proteins help make hemoglobin which carries oxygen to all the parts of your body. Proteins are broken down into amino acids during digestion. The amino acids can then be reused when the body needs protein
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structure found within the nucleus. The RNA‚ which will be made into ribosomes is synthesised in the nucleolus. The ribosomes move out of the nucleus to help with protein synthesis. The ROUGH EDOPLASMIC RETICULUM looks rather “pebbeled” through a microscope because of the ribosome’s that are present on the surface. The ribosomes have under gone protein synthesis and so they collect here to be transported to the Golgi apparatus. The SMOOTH EDNOPLASMIC RETICULUM appears “smooth” through a microscope (hence
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splicing is a process cells use to produce different types of messenger RNA. These types of mRNA produce different variations of a protein. Serine-arginine-rich and heterogeneous nuclear ribonucleoproteins are two types of proteins also known as SR and hnRNPs‚ respectively. Due to the binding of enhancer sequences‚ SR proteins promote splice selection whereas HnRNP proteins utilize suppressor sequences
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intended to represent an entire species history. METHODS: Isolation of Fish Protein using Lamelli Buffer Before starting anything we labeled 1.5 ml flip-top microtubes and screw top microtubes 1 through 8 for each fish sample that is being prepared for electrophoresis. Lamelli sample buffer is added to each flip-top microtube in 250 µl increments; this buffer is used to denature the fish protein. Our fish protein will come from eight different fish muscle samples that are cut in a cube that
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