wk-3.1-Prokaryote-vs-Eukaryote.pdf

Inspired by Mission, Driven by Excellence  Sci-fi sharing Researchers at Umeå University in Sweden discovered a new organelle Multivesicular transducosome...

Inspired by Mission, Driven by Excellence  Sci-fi sharing Researchers at Umeå University in Sweden discovered a new organelle Multivesicular transducosome Multivesicular transducosome (MVT) organelle found in olfactory sensory neurons (OSNs), responsible for our sense of smell plays a role in the conversion of odor signals into nerve impulses https://www.news-medical.net/news/20230104/Researchers-discover-new-cellular-component- Inspired by Mission, with-importance-for-the-sense-of-smell. Driven by Excellence At the end of the lesson, you should be able to: 1. give and describe the parts of a prokaryote and a eukaryote; 2. compare and contrast prokaryotes from eukaryotes; 3. give and specify the functions of the different cell types; 4. classify the different types of cell; and 5. describe some cell modifications carrying out specialized functions in cells. Inspired by Mission, Driven by Excellence Inspired by Mission, Driven by Excellence Inspired by Mission, Driven by Excellence Inspired by Mission, Driven by Excellence Inspired by Mission, Driven by Excellence Inspired by Mission, Driven by Excellence Inspired by Mission, Driven by Excellence PERFORMANCE TASK Inspired by Mission, Driven by Excellence Culminating Performance Standard Performance Task Scenario Goal: As a student enrolled in General Biology 1, your task is to construct a 3D model of a plant/animal/bacterial cell using recyclable materials. Role: You are a graphic designer. Construct a 3D model of a plant/animal/ Audience: Your audience is Grade 11 HumSS students. bacterial cell using recyclable materials Situation: In celebration of Body Awareness month, you are asked to present the parts of a cell, being the smallest unit, to establish awareness of a healthy image of the body. Product: You will make a 3D model of a cell. Standard: Your work will be graded depending on the model, cellular machinery, use of recyclable materials, functions, labels and keys, design and code. Inspired by Mission, Driven by Excellence  RUBRIC FOR 3D CELL MODEL Project Type: Informative Application Subject Integration: General Biology 1 Grade Level: 12 Quarter: First Challenge Statement: Create an informative app that presents/showcases a 3D cell model of (either plant, animal or bacterial cell) using recyclable materials. Your application should provide the correct label and function of each organelle of your cell. Inspired by Mission, Driven by Excellence CRITERIA LEVEL OF PERFORMANCE EXEMPLARY SATISFACTORY DEVELOPING BEGINNING Model 16-20 11-15 6-10 1-5 (20) 3D cell model 3D cell model 3D cell model Only a pictorial provided with neat provided with neat provided with image of cell was appearance; model appearance; model sloppy appearance; provided is consistent with shows either plant model shows either either plant cell, cell, animal cell, or a plant cell, animal animal cell or bacterial cell cell, or bacterial cell bacterial cell Cellular 12-15 9-11 8-5 1-4 Machinery All organelles are All organelles are All organelles are All organelles are (15) present; organelles present except one; present except two, present except show proper organelles show organelles show three; organelles relation to each proper relation to proper relation to are placed other as placed in each other as each other as haphazardly with cell placed in cell placed in cell no real relation t each other Use of 9-10 6-8 4-5 1-3 Recyclable The cellular The cellular The cellular Only the label an Materials machinery, label machinery, function machinery, and key are made of and key are made and label are made functions are made recyclable (10) of recyclable of recyclable of recyclable materials. materials materials materials Inspired by Mission, Driven by Excellence Functions/ 5 4 2-3 1 Labels/ All cellular One cellular Two cellular Three cellular Key functions are function is not functions are not functions are not described; described; described; described; (5) All organelles are Missing one label Missing two labels Missing three properly labeled and key provided and no key labels and no key and key provided provided provided Design 5 4 2-3 1 (5) User-friendly and Basic design with Design lacks some Poor design with intuitive design some user-friendly user-friendly limited user- elements elements friendly elements Code 9-10 6-8 4-5 1-3 (10) Code is functional, Code is mostly Code is somewhat Code is not well-organized, and functional and functional but lacks functional or commented somewhat organization poorly organized organized Inspired by Mission, Driven by Excellence Inspired by Mission, Driven by Excellence Inspired by Mission, Driven by Excellence Capsule- composed of glycocalyx (capsule, slime layer, or extra cellular polysaccharide) is a gelatinous polysaccharide and/or polypeptide covering; For protection Inspired by Mission, Driven by Excellence The cell wall is an outer covering that protects the bacterial cell and gives it shape. Inspired by Mission, Driven by Excellence  Cell Membrane or Plasma Membrane - The cell membrane surrounds the cell's cytoplasm and regulates the flow of substances in and out of the cell. Inspired by Mission, Driven by Excellence Flagella are relatively long filamentous appendages consisting of a filament, hook, and basal body. Prokaryotic flagella rotate to push the cell. Inspired by Mission, Driven by Excellence Pili (Pilus singular)- Hair-like structures on the surface of the cell that attach to other bacterial cells. Fimbriae help bacteria attach to surfaces. Inspired by Mission, Driven by Excellence  Cytoplasm is a gel- like substance composed mainly of water that also contains enzymes, salts, cell components, and various organic molecules. Inspired by Mission, Driven by Excellence  Inclusions are reserve deposits found in prokaryotic and eukaryotic cells. Inspired by Mission, Driven by Excellence  Nucleoid Region area of the cytoplasm that contains the single bacterial DNA molecule Inspired by Mission, Driven by Excellence  Plasmids are gene carrying, circular DNA structures that are not involved in reproduction. Inspired by Mission, Driven by Excellence  Ribosomes are cell structures responsible for protein production Inspired by Mission, Driven by Excellence