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Student’s Name Rasmussen NPR Concept Plan Date

Nursing Interventions

Possible Nursing Diagnosis

Clinical Manifestations

Subjective:

Objective:

Medical Diagnosis

Patient Data/Risk Factors

Possible Medications

Patient Education

Diagnostic Data

Pathophysiology

Medical Interventions

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0413

tep 1 In an initial post of approximately 150 words, respond to the prompt.

Yvonne Johnson is a 45 year old woman recently diagnosed with Myasthenia Gravis and she searches the Internet for information about her ongoing symptoms. Review the document Tips and Suggestions for Evaluating WebsitesDownload Tips and Suggestions for Evaluating Websites

Identify ways to determine whether an Internet site is trustworthy and valid when you are seeking medical information. Also discuss any negative experiences you might have encountered when a patient or someone you know has used the web for “medical advice.”

Step 2 Read other students’ posts and respond to at least two of them by Friday at 11:59pm MT.
In your response posts, discuss other options, not mentioned by your peers, that could be used to assist in determining what medical information websites are valid and reliable.

Hello Professor,

Prokaryotes can be found in a wide range of environments; below are some of the environments in which prokaryotes live:

1. TERRESTRIAL ENVIRONMENTS:

. Soil: Prokaryotes are abundant in soil, playing crucial roles in nutrient cycling, decomposition, and organic matter formation.

.Plant Surfaces: some prokaryotes establish symbiotic relationships with plants, residing on their surfaces and aiding in processes like nitrogen fixation.

2. AQUATIC ENVIRONMENTS:

.Freshwater: Prokaryotes inhabit rivers and ponds, contributing to the microbial communities that impact water quality and nutrient cycling.

. Marine: They are found in oceans and seas, participating in marine food webs, nutrient cycling and the degradation of organic matter.

3. EXTREME ENVIRONMENTS:

. Extremophiles: certain prokaryotes thrive in extreme conditions such as high temperatures (thermophiles), high salinity (halophiles), extreme acidity or alkalinity (acidophiles or alkaliphiles), and high pressure  (barophiles). Examples include bacteria living near deep-sea hydrothermal vents or in hot springs.

4. HOST -ASSOCIATED ENVIRONMENTS;

. Human Body: Prokaryotes are integral to the human microbiome, residing in the digestive system, skin, and other mucosal surfaces.

5. ATMOSPHERE :

. Airborne Microbes: Some prokaryotes are utilized in industrial processes such as termination to produce various products like antibiotics and biofuels.

Halophiles are organisms that thrive in high-salt environments. Some prokaryotes, including certain bacteria and archaea, can be halophiles and thrive in high-salt environments.

Many prokaryotes are chemoheterotrophs. The classification of prokaryotes as chemoheterothrophs is based on their nutritional strategies.

Prokaryotic chemoheterotrophs obtain energy by breaking down organic molecules through fermentation, respiration, or other forms of anaerobic metabolism. These organisms use the carbon from organic compounds to build their cellular structures and biomolecules. Some prokaryotes are also photoautotrophs, which means they obtain their energy from sunlight and carbon from carbon dioxide.

REFERENCES

Oren, A. (2002). Molecular ecology of extremely halophilic Archaea and Bacteria. FEMS Microbiology Ecology, 39(3), 1–7. doi: 10.1016/S0168-6496(01)00228-6

Prescott, L. M., Harley, J.P .,&Klein, D.A (2019) .Microbiology (8th ed.) McGraw-Hill