Cell and braches of life task

Task 1. Follow the path of glucose as it transits through our body.
Please complete the table below for pathway of glucose as it transits through our body
Pathway of a glucose molecule as it travels through the human Body
STEP ORDER 1-24
(1 is entry into the Body and 12 is used in the Cell) Pink for the respiratory system
Blue for the circulatory system
Green for the digestive system ✓ where active transport occur.
★ where passive transport occurs
Passes through aortic valve
Absorbed by venule in the villus
Passes through mitral valve
Enters a capillary at the site of body cell
Enters lungs
Enters the stomach
CO2 and H2O are exhaled during respiration
Enters left atrium
Enters aorta
Enters left ventricle
Used by the cell in the process of cellular respiration to produce ATP
CO2 and H2O enter into the alveoli of the lung
Return to the heart via the inferior vena cava
Absorbed by a villus lining the small intestine
Transported to the liver
Passes through pharynx
Returns to the heart via pulmonary vein
The waste products of cellular respiration leave the mitochondria and enter the cytoplasm of the cell
Passes through tricuspid valve
Passes through pulmonary valve
Diffuses from the capillary into a body cell
Travels to a part of the body and enters an artery
Enters right ventricle
enters the esophagus

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Task 2. Follow the path of oxygen as it transits through our body

Please complete the table below for pathway of oxygen as it transits through our body
Pathway of a glucose molecule as it travels through the human Body
STEP ORDER 1-12
(1 is entry into the Body and 12 is used in the Cell) Pink for the respiratory system
Blue for the circulatory system
Green for the digestive system ✓ where active transport occur.
★ where passive transport occurs
Enters increasingly smaller branched bronchioles
Transported by the blood to an artery
Enters the mitochondria and is used in cellular respiration reactions to produce ATP
Inhaled through the nose
Enters an alveolus
Enters a body cell
enters into capillary
Dissolves in liquid on the surface of the alveolus
Moves from the artery into a capillary at the site of a body cell
Enters trachea
Enters either left or right bronchus
Passes through pharynx and then larynx

Task3 Doctor we have a problem!
Please complete table below, gathering information about various cell type and based on your findings identify microscopy images below as Bacteria, Fungi, Virus or protozoan cell
Tell Tell signs of micro-organism
Bacteria Fungi Virus Protozoan
Is the cell type (Prokaryote or eukaryote)
Typical size range
Shape of the cell
Important features of the cell
Mode of reproduction
Identification
Other information
Doctor we got infection, please identify infection type based on microscopy image obtained by imaging smale from patient
Cell type Microscopy image What evidence were used in your identification

Task 4. SUPERBUGS
1. Please watch documentary below in the link .

2. Write a reflection piece addressing the following questions
a. Why infections are getting more difficult to treat
b. Could humanity reach a point where we have no to tools to defend against infectious diseases?
c. What is the cost on health care for treating infectious diseases?
d. What are your proposed resolutions for preventing superbugs from evolving ever more rapidly?
e. What are some futuristic treatments against hard to treat infectious diseases?
f. Cite your finding using MLA/APA citation method
g. Use the link below to learn more about APA/MLA citation
h. https://www.youtube.com/watch?v=0DeQy7yx504

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