biol+3+question+grids+aos1

 ** Hey there Biol clan, today's effort in class was awesome! You totally exceded my expectations, not easy to do, so well done. You have taken another step towards you know what-being the best ever. But you must continue to maintain this sort of approach in the lead up to the exam. **

There are four main sections relating to area of study 1. 
 * 1) Biomolecules
 * 2) Movement across membranes (bulk transport)
 * 3) Energy transformations (including enzymes)
 * 4) Proteomics and DNA

Choose a **ROW ** <span style="color: rgb(19, 22, 241)">heading followed by a **<span style="color: rgb(199, 0, 175)">COLUMN ** <span style="color: rgb(19, 22, 241)">heading as the beginning of the question and then post the rest of the question in the appropriate table box. Remember that each of you needs to complete a MINIMUM of 3 questions for each of the sections. I have got things started for you. Collaboration is the key here to develop a really useful resource for you in preparation for the exam. <span style="color: rgb(19, 22, 241)">After you type in your question, if you want to keep the font colour consistent, use **#1316F1**.


 * <span style="font-size: 170%; color: rgb(19, 22, 241)">Biomolecules **

||= <span style="color: rgb(243, 27, 97)">you classify a lipid/fat as unsaturated? ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)">a lipid be referred to as a glycolipid? ||= <span style="color: rgb(19, 22, 241)">a lipid and a carbohydrate bind together to form a communication device ||= <span style="color: rgb(19, 22, 241)">water molecules be produced in cells from metabolic activity involving the synthesis of biomacromolecules? ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)">a nucleotide be referred to as an RNA nucleotide? || <span style="color: rgb(19, 22, 241)">is the monomer of a lipid called? ||= <span style="color: rgb(247, 0, 255)"><span style="color: rgb(19, 22, 241)"> be the difference between an unsaturated and saturated fat? ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(179, 31, 249)">distinguish a carbahydrate from other organic molecules ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(92, 132, 6)"><span style="color: rgb(179, 31, 249)">E & A ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(0, 0, 0)"> <span style="color: rgb(179, 31, 249)">suggest that a protein is in its quatenary form? ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(243, 27, 97)">the biomacromolecules with the elements containing C, H and O with the ratio H:O, 2:1 be? || proteins biomacromolecules? ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)">a glycoprotein be important to a cell's plasma membrane? ||= <span style="color: rgb(243, 27, 97)">lipds not be classified as polymers? ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(243, 27, 97)">phospholipids assemble the way they do in the cell membrane? ||= C & S ||= <span style="color: rgb(243, 27, 97)">a triglyceride loose a fatty acid chain to become a phospholipid molecule? || <span style="color: rgb(179, 31, 249)"> three differnt protein functions? ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)">a carbohydrate molecule be found in a plasma membrane? ||= <span style="color: rgb(243, 27, 97)">a lipid be found in the cell? ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(221, 0, 255)">the coiling and pleating take place in the formation of proteins? ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(179, 31, 249)">E & A ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(179, 31, 249)">E & A || an example of a type of monosaccharide? glucose or glycogen ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(179, 31, 249)">organic molecule (would) contain phosphodiester bonds? ||=  ||= elements does nucleic acid contain? ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)">form (could) glucose be stored in within a plant? ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(92, 132, 6)">which will classify a protien C, H, O, N, P or C, H, O, N, S || (carbohydrate) be classified  ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)"><span style="color: rgb(210, 4, 70)"> <span style="color: rgb(243, 27, 97)">two monosaccharides bond together? (name the process) ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(179, 31, 249)"> ||= <span style="color: rgb(243, 27, 97)">you determine whether a monomer is a protein (as opposed to the 3 other organic biomacromolecules)? ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)">a scientist differentiate between the chemical structures of a carbohydrate and a lipid? ||
 * =  ||= <span style="background-color: rgb(255, 255, 255)"><span style="font-size: 130%; color: rgb(255, 255, 255); background-color: rgb(33, 10, 148)"><span style="font-size: 140%; color: rgb(199, 0, 175); background-color: rgb(255, 255, 255)">is/are   ||= <span style="font-size: 130%; color: rgb(255, 255, 255)"><span style="color: rgb(255, 255, 255); background-color: rgb(33, 10, 148)"> <span style="color: rgb(199, 0, 175); background-color: rgb(255, 255, 255)">would    ||= <span style="font-size: 130%; color: rgb(255, 255, 255)"><span style="color: rgb(255, 255, 255); background-color: rgb(33, 10, 148)"> <span style="color: rgb(33, 10, 148); background-color: rgb(255, 255, 255)"><span style="color: rgb(199, 0, 175); background-color: rgb(255, 255, 255)">can     ||= <span style="font-size: 130%; color: rgb(255, 255, 255)"><span style="color: rgb(255, 255, 255); background-color: rgb(33, 10, 148)"> <span style="color: rgb(199, 0, 175); background-color: rgb(255, 255, 255)">do/does    ||= <span style="font-size: 130%; color: rgb(255, 255, 255)"><span style="color: rgb(255, 255, 255); background-color: rgb(33, 10, 148)"> <span style="color: rgb(199, 0, 175); background-color: rgb(255, 255, 255)">could    ||= <span style="color: rgb(255, 255, 255); background-color: rgb(33, 10, 148)"> <span style="color: rgb(33, 10, 148)"><span style="font-size: 130%; color: rgb(199, 0, 175); background-color: rgb(255, 255, 255)">will    ||
 * = <span style="font-size: 170%; color: rgb(8, 119, 26); background-color: rgb(255, 255, 255)">When ||= <span style="color: rgb(19, 22, 241)">a protein classified as being of a tertiary structure?
 * = <span style="font-size: 170%; color: rgb(7, 120, 26); background-color: rgb(255, 255, 255)">What ||= <span style="color: rgb(19, 22, 241)">
 * = <span style="font-size: 170%; color: rgb(7, 120, 26); background-color: rgb(255, 255, 255)">Why ||= <span style="color: rgb(247, 0, 255)"><span style="color: rgb(19, 22, 241)">
 * = <span style="font-size: 170%; color: rgb(7, 120, 26); background-color: rgb(255, 255, 255)">Where ||= <span style="color: rgb(19, 22, 241)">
 * = <span style="font-size: 170%; color: rgb(7, 120, 26); background-color: rgb(255, 255, 255)">Which ||= <span style="color: rgb(243, 27, 97)">
 * = <span style="font-size: 170%; color: rgb(7, 120, 26); background-color: rgb(255, 255, 255)">How ||= <span style="color: rgb(254, 0, 255)">nucleic acid structurally characterised, three components ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(0, 0, 0)"> <span style="color: rgb(0, 0, 0)"><span style="color: rgb(0, 0, 0)">the two types of sugar


 * <span style="font-size: 170%; color: rgb(19, 22, 241)">Movement across membranes (bulk transport) **

||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(243, 27, 97)">active transport occur? ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)">when can large molecules move across the plasma membrane ? ||= <span style="color: rgb(241, 19, 86)">a plant cell become turgid? ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(243, 27, 97)">water molecules diffuse into the cell? ||= <span style="color: rgb(92, 132, 6)">a plant cell have the characteristics of plasmolysis || <span style="color: rgb(19, 22, 241)"> ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(243, 27, 97)">be required for active transport to occur? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(179, 31, 249)">pass directly through the plasma membrane? ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(179, 31, 249)">a red blood cell do when it is faced with a continuous influx of water? ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(179, 31, 249)">could be transported across the plasma membrane via pinocytosis? ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(179, 31, 249)">cause diffusion to occur faster? || <span style="color: rgb(19, 22, 241)">why is diffusion referred to as a passsive process ? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(179, 31, 249)">a steroid hormone pass directly through the plasma membrane ? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(243, 27, 97)">an animal cell become ruptured but a plant cell can not? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(92, 132, 6)">the phospholipid bi layer have both a hydrophilic and hydrophobic area ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(247, 0, 255)">non- polar molecules pass through the phospholipid bi-layer via diffusion and polar cannot? ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)">why will alcohol move across the phospholipid bilayer ? || <span style="color: rgb(19, 22, 241)">M & where are protein channels/carriers located? ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(243, 27, 97)"><span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"><span style="color: rgb(243, 27, 97)">water molecules diffuse, if the cell is placed in a hypertonic solution? ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"><span style="color: rgb(210, 4, 70)"><span style="color: rgb(243, 27, 97)">an amino acid move across the cell membrane? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(179, 31, 249)">water flow while a cell plasmolyses? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(179, 31, 249)">could water end up moving if a cell were to be placed in a hypotonic solution? ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)">where will substances of high concentration outside the cell move if they move by diffusion ? || <span style="color: rgb(19, 22, 241)">which type of movent is for water only? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(243, 27, 97)">diffuse directly through the phospholipids of a cell membrane? H2O molecules or Mg2+ ions ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)">which factor can affect the rate of diffusion? ||= which way does a large amount of liquid enter the cell, pinocytosis or phagocytosis ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(243, 27, 97)">enter the cell via phagocytosis? Bacteria or water ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(92, 132, 6)">C & S || <span style="color: rgb(19, 22, 241)">how are amino acids transported across the plasma membrane? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(179, 31, 249)">a large charged molecule pass across the plasma membrane? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(247, 0, 255)"> a protein enter a cell? ||= <span style="color: rgb(208, 19, 241)">passive transport differ from active transport? ||= a plant cell ensure the water levels are resonably isotonic ||= <span style="color: rgb(19, 22, 241)">cholesterol move across a plasma membrane? ||
 * =  ||= <span style="font-size: 170%; color: rgb(199, 0, 175)">is/are ||= <span style="font-size: 170%; color: rgb(199, 0, 175)">would ||= <span style="font-size: 170%; color: rgb(199, 0, 175)">can ||= <span style="font-size: 170%; color: rgb(199, 0, 175)">do/does ||= <span style="font-size: 170%; color: rgb(199, 0, 175)">could ||= <span style="font-size: 170%; color: rgb(199, 0, 175)">will ||
 * = <span style="font-size: 170%; color: rgb(8, 119, 26)">When ||= <span style="color: rgb(219, 19, 241)">it less concentrated inside the cell than outside the cell?
 * = <span style="font-size: 170%; color: rgb(8, 119, 26)">What ||= <span style="color: rgb(19, 22, 241)">what is the name given to the energy-requiring process of movement across membranes?
 * = <span style="font-size: 170%; color: rgb(7, 120, 26)">Why ||= <span style="color: rgb(19, 22, 241)">
 * = <span style="font-size: 170%; color: rgb(7, 120, 26)">Where ||= <span style="color: rgb(19, 22, 241)">
 * = <span style="font-size: 170%; color: rgb(7, 120, 26)">Which ||= <span style="color: rgb(19, 22, 241)">
 * = <span style="font-size: 170%; color: rgb(7, 120, 26)">How ||= <span style="color: rgb(19, 22, 241)">


 * <span style="font-size: 170%; color: rgb(19, 22, 241)">Energy transformations (including enzymes) **

<span style="color: rgb(243, 27, 97)">be produced through anaerobic respiration in humans? ||= <span style="color: rgb(236, 12, 237)">glycolysis produce? ||= <span style="color: rgb(210, 4, 70)"> <span style="color: rgb(243, 27, 97)">be a factor which affects enzyme activity? ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(243, 27, 97)">be produced from the first stage of photsynthesis? || <span style="color: rgb(179, 31, 249)">chloroplasts usually found in plants? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(243, 27, 97)">the first and second stage of photsynthesis occur? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(243, 27, 97)">amylase be found in humans? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)">where does anaerobic respiration occur? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(243, 27, 97)">C4 plants be found? ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(179, 31, 249)">the synthesis of 32-34 ATP occur during cell respiration? || <span style="color: rgb(236, 12, 237)">the part of the cell where ETC takes place? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)">which substance/s would be created as a result of anaerobic respiration? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(243, 27, 97)">produce glucose? photosynthesis or cellular respiration ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(179, 31, 249)">(which) protein-based biomolecule (do) C3 plants require to fix carbon during photosynthesis? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(243, 27, 97)">be occuring while vojtech plays his guitar? endergonic or exergonic ||= <span style="color: rgb(19, 22, 241)">always result in less enzyme activity, lower pH or lower temperature? || <span style="color: rgb(19, 22, 241)">how would ATP be converted into ADP? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> how can activation energy required for a reaction be lowered? <span style="color: rgb(19, 22, 241)"> ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)">how does a plant harness light energy to use for photosynthesis? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(247, 0, 255)">a mutation in the DNA sequence effect the shape of an enzyme? ||= <span style="color: rgb(236, 12, 237)">the activity of an enzyme decrease? ||
 * =  ||= <span style="font-size: 170%; color: rgb(199, 0, 175)">is/are ||= <span style="font-size: 170%; color: rgb(199, 0, 175)">would ||= <span style="font-size: 170%; color: rgb(199, 0, 175)">can ||= <span style="font-size: 170%; color: rgb(199, 0, 175)">do/does ||= <span style="font-size: 170%; color: rgb(199, 0, 175)">could ||= <span style="font-size: 170%; color: rgb(199, 0, 175)">will ||
 * = <span style="font-size: 170%; color: rgb(8, 119, 26)">When ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(179, 31, 249)">carbon dioxide required during photosynthesis? ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)">when would aerobic respiration occur? ||= <span style="color: rgb(236, 12, 237)">the shape of an enzyme alter in relation to inhibitors? ||= <span style="color: rgb(243, 27, 97)">an enzyme become denature in humans? ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(179, 31, 249)">The aerobic stage of respiration occur ||= <span style="color: rgb(236, 12, 237)">fermentation take place ||
 * = <span style="font-size: 170%; color: rgb(8, 119, 26)">What ||= <span style="color: rgb(217, 11, 218)">the optimal temp that enzymes work in mammals? ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(179, 31, 249)">factors (would) affect the rate of photosynthesis ||= <span style="color: rgb(210, 4, 70)">
 * = <span style="font-size: 170%; color: rgb(7, 120, 26)">Why ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)">why are enzymes reffered to as specific? ||= <span style="color: rgb(201, 17, 223)"> <span style="color: rgb(247, 0, 255)">a non competitive inhibitor prohibit the substrate from binding to the active site? ||= <span style="color: rgb(223, 12, 216)">high temperatures denature enzymes? ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)">why does photosynthesis get reffered to as an anabolic reaction? ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)">the Calvin cycle also be referred to as "carbon fixation"? ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)">why will the enzyme rubisco be required in photosynthesis? ||
 * = <span style="font-size: 170%; color: rgb(7, 120, 26)">Where ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)">
 * = <span style="font-size: 170%; color: rgb(7, 120, 26)">Which ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)">
 * = <span style="font-size: 170%; color: rgb(7, 120, 26)">How ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(0, 0, 0)"><span style="color: rgb(179, 31, 249)">is water split in the first stage of photosynthesis?  ||= <span style="color: rgb(19, 22, 241)">

<span style="font-size: 170%; color: rgb(19, 22, 241)">**Proteomics and DNA**

<span style="color: rgb(19, 22, 241)">when is a sugar deoxyribose in a nucleotide? ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)"><span style="color: rgb(243, 27, 97)">uracil be added to a growing mRNA molecule? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(243, 27, 97)">the mRNA bond to the tRNA during the translation stage of protein synthesis? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)">when do proteins get denatured? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(236, 12, 237)">Uracil replace Thymine? ||= <span style="color: rgb(243, 27, 97)">a Uracil be present in the nitrogenous base of a nucleotide? || <span style="color: rgb(19, 22, 241)"><span style="color: rgb(0, 0, 0)">is the sum of all proteins produced in an organism referred to? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)">what would you call the substance involed in the transcription of DNA? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)"><span style="color: rgb(0, 0, 0)">result in the manufacturing of a faulty protein ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(243, 27, 97)">the rRNA molecule do in the synthesis of proteins? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)">what could happen if a protein is syntheised with a mutation? ||= <span style="color: rgb(19, 22, 241)"> cause the same gene to code for different types of proteins? || <span style="color: rgb(19, 22, 241)"> the bases of DNA so important in the synthesis of proteins? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)">why would you call haemoglobin an example of a protein with a quaternary structure? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(243, 27, 97)">a simple mutation in ones genes, be detrimental? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)"><span style="color: rgb(0, 0, 0)">Proteomics concentrate on a range of different proteins rather than just one ||= <span style="color: rgb(247, 0, 255)">a ribosomes mutation effect the making of a protien? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(0, 0, 0)">designer drugs be designed to target mutations in the genes not help in fighting all types of diseases? || a) Prakaryote cell b) Eukaryote cell <span style="color: rgb(19, 22, 241)"><span style="color: rgb(0, 0, 0)"> ||= <span style="color: rgb(236, 12, 237)">the translation of an mRNA molecule occur? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(236, 12, 237)">a designer drug have an impact on a cell so that the invading virus cannot enter a host cell? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)">amino acids characterise the packaging of proteins ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)"><span style="color: rgb(0, 0, 0)">rRNA be found in a cell? ||= <span style="color: rgb(236, 12, 237)">transcription occur? || <span style="color: rgb(19, 22, 241)">which substance would be created after translation of mRNA ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)"><span style="color: rgb(0, 0, 0)">more greatly affect the function of a protein: a mutation in the genes or in the tertiary structure? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)">which nitrogenous base does get replaced by uracil in RNA ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> which organelle could synthesise protein ||= <span style="color: rgb(243, 27, 97)">type of RNA will be responsible for the transcription process of protein synthesis? || <span style="color: rgb(192, 15, 210)">the research of proteomics benefiting in designing certain drugs? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)"><span style="color: rgb(0, 0, 0)">would a mutation in the secondary structure of a protein ultimately affect the protein's function? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(243, 27, 97)">one tell the difference between RNA and DNA nucleotide molecules? ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)">how does an RNA strand get translated in the ribosome. ||= <span style="color: rgb(19, 22, 241)"><span style="color: rgb(19, 22, 241)"> a designer drug affect a biochemical pathway? ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(243, 27, 97)">a protein reach its quaternary level? ||
 * =  ||= <span style="font-size: 170%; color: rgb(199, 0, 175)">is/are ||= <span style="font-size: 170%; color: rgb(199, 0, 175)">would ||= <span style="font-size: 170%; color: rgb(199, 0, 175)">can ||= <span style="font-size: 170%; color: rgb(199, 0, 175)">do/does ||= <span style="font-size: 170%; color: rgb(199, 0, 175)">could ||= <span style="font-size: 170%; color: rgb(199, 0, 175)">will ||
 * = <span style="font-size: 170%; color: rgb(8, 119, 26)">When ||= <span style="color: rgb(19, 22, 241)"> <span style="color: rgb(19, 22, 241)">
 * = <span style="font-size: 170%; color: rgb(8, 119, 26)">What ||= <span style="color: rgb(19, 22, 241)">
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