Draw a typical prokaryotic cell and label as many structures as you can. Include a description of their function
Prokaryotic cell
The function of prokaryotic cell organelles:
1. Cell wall - It is the outermost membrane of the cell. It has a thick and rigid structure that gives support to the cell. It also protects the cell from various environmental factor
2. Plasma membrane: It is a membrane that separates the outer covering and interior of the cell. It is a semipermeable membrane and allows only specific molecules to pass through it.
3. Cytoplasm - It is a jelly-like cytosol inside the cell that consists of cell organelles. It also contains ions and macromolecule as well as macromolecules.
4. Nucleoid - It contains the genetic material of the cell (DNA). It also includes some enzymes & proteins that are used in the transcription of DNA. It has a major function of cell development & growth.
5. Ribosomes: It is are molecular machines that are used to synthesize proteins.
6. Pilli - It is a thin, rigid fibre made of protein that is attached to the cell wall. Its allows the bacterial cell to is to adhere to a surface.
7. Flagella - It is the structure that helps in cell movement
8. Capsule - It is the coating on the cell that increases its virulence and ability to cause infection.
9. Plasmid - It contains gene and facilitates the process of replication in bacteria.
Draw a typical prokaryotic cell and label as many structures as you can. Include a description...
Label the structures of the prokaryotic cell in the figure below. capsule nucleoid cell wall ribosome plasma membrane fimbriae
Draw a typical prokaryotic gene with its promoter and terminator. Draw the primary transcript Label (using letters) all the parts (including sites of consensus sequences) in both the gene and the mRNA. Indicate what the ‘letters stand for. (Use the line drawing below). What proteins are involved in transcription initiation, elongation and termination in prokaryotic genes. +1 5’ ________________________________________________________________ 3’ 3’ ________________________________________________________________ 5’
draw assignment- Draw a picture of a eukaryotic and a prokaryotic cell. 1. Make sure to show relative size difference between the two cells by either labeling size or drawing a size difference. 2. Label the figures to show structures like the plasma membrane, mitochondria, chloroplast, ER, golgi and the nucleus (where relevant). 3. In the eukaryotic cell Show one location where you can find each of the following: lipids, nucleic acids, proteins and carbohydrates. 4. Now draw a neuron (a...
Describe the structure, composition, function and importance of the major prokaryotic and eukaryotic structures below. Structures common to all cells: Cell wall Cell membrane Cytoplasm Ribosome Nucleus/nucleoid region (genome) Flagella Structures unique to prokaryotic cells: Endospore Pilus Capsule plasmid Structures unique to eukaryotic cells: Mitochondria Chloroplast Vesicle Cytoskeleton
4. Draw a neuron. Label as many things as you can. Indicate the resting potential and concentrations of K+ and Na+ on the interior and exterior of the cell.
Tour of the Cell ough Art: Structures of a Prokaryotic Cell labels to the appropriate locations in this diagram. O Pearson Education, Inc Drag the labels to the appropriate locations in this diagram. 2 chr Submit Incorrect; Try Again; 2 attempts remaining
Which of following cellular structures ONLY in prokaryotic cell? mitochondria pili lysosomes
Draw and label a diagram of the HSV color space. Include a brief description of each variable, its role in the final color, and a possible numeric range.
6. Draw the Neuromuscular junction and label the Following structures. Include the three substances that interfere with normal muscle contraction (both toxic and therapeutic). ID synapse, neurotransmitter synaptic cleft, axon terminal, synaptic bulb, synaptic vesicles, motor end plate, acetylcholine receptors, Junctional folds, acetylcholinesterase. 7. Describe or draw each of the contractile proteins (actin/myosin) and regulator proteins (troponin & tropomyosin). Explain the set up and how each participate in muscle contraction. Name the protein that attaches the sarcomere to the sarcolemma...
Please draw arrows showing how the electrons/bond and carbocation charge shifted. Draw as many resonance structures as you can for the following carbocation. L the carbocation structures as 1°, 20 or 3°, and then circle the most stable conformation. Label all of