Describe the most commonly prescribed drugs use in primary care

Purpose
The purpose of this assignment is to enhance the students
clinical reasoning, confidence and learning of various pediatric and women
health topics through facilitated discussion.
Description
In Weeks 2 and 6, you will create a Grand Rounds
presentation on the topic assigned to you by the faculty member.
Course Outcomes
Through this assignment, the student will demonstrate the
ability to:
1. Describe the
most commonly prescribed drugs use in primary care for the chose condition.
2. Utilize clinical
guidelines, research articles or other materials to support your findings.
3. Identify any
practice barriers, issues, or problems (including cultural diversity and
healthcare literacy).
4. Discuss best
practices for optimal outcomes.
Due Dates: Pediatric Grand
Rounds due Week 2 (please see specific days/times below)
Womens Health Grand Rounds due Week 6 (please see specific days/times
below)
Total Points Possible: Week 2 – 150 points
Week 6 150 points
Requirements:
Keep in mind the following guidelines and grading criteria
while taking part in this assignment:
The Grand Rounds presentation will consist of a patient
scenario that is assigned to you by your faculty in week one. The presentation is a video recording in
Kaltura. Recording of the presentation
should be interesting, professional, and focused to the topic. Wear your lab
coat and name tag/badge during the recording.
Record and upload presentation by Wednesday, 11:59 p.m. MT.
Begin facilitating discussion and continue to lead it throughout the week.
Participate in ongoing interactive dialogue by responding to
a minimal of two (2) of your peers discussion questions by Friday, 11:59 p.m.
MT.
Participate in all faculty directed questions to your
presentation by Sunday, 11:59 p.m. MT.
Utilize a minimal of three peer reviewed scholarly articles
from Chamberlain Online Library and a minimal of 2 current (within last 5
years) evidence based clinical guidelines to support your findings.
Discuss Pathophysiology, epidemiology, risk factors,
clinical physical assessment findings of the assigned topic.
List and discuss a minimal of three (3) differential
diagnoses.
Discuss any diagnostic studies to confirm diagnosis of
assigned topic
Discuss prevention (if not applicable, discuss why).
Discuss Treatment including nonpharmacologic management and
pharmacologic management
Discuss patient and/or family education.
Discuss best practices for optimal outcomes.
By Wednesday, 11:59 p.m. MT – In addition to submitting your
presentation, you will also need to lead a discussion on your topic in the
discussion thread. The initial post and
Kaltura presentation are both due by Wednesday 11:59 p.m. MT. NOTE: By Wednesday, you will also initiate a
discussion to lead.
Discussion Lead Requirement: Develop three (3) questions on
your topic you can ask to initiate the discussion and keep it going.
By Friday, 11:59 p.m. MT, respond substantively to a minimal
of two (2) peers presentation questions **If all students have a response,
then choose the student with the least responses to their posting.
By Sunday, 11:59 p.m. MT, summarize your grand rounds
presentation by posting a summary reply to your initial post in the discussion
thread. Summarize the discussion as well
as conclusions from the collective group discussion. Include evidence based references at the
bottom of the summary AND respond to ALL faculty questions regarding your
presentation.
Grand Rounds Presentation Criteria
Category
Points
Description
Introduction
20
Introduction of topic that include pathophysiology,
epidemiology, and risk factors.
Clinical Assessment
5
Discussed typical clinical assessment findings for chosen
topic.
Differential Diagnoses
20
List AND discuss of a minimal of three (3) differential
diagnoses with scholarly support.
Diagnostic Studies/Labs
10
Discuss diagnostic studies and labs that can be used to
confirm diagnosis.
Prevention and Treatment Options
10
Discuss prevention and treatment options for chosen topic.
Education
10
Discuss patient and family education.
Identify Outcomes
10
Discuss best practices for optimal outcomes.
Lead Discussion
10
Facilitate discussion relevant to the presentation topic by
incorporating three (3) discussion question for peers.
Interactive Dialogue with Student Peers
10
By Friday, 11:59 p.m. MT, Interactive dialogue with at least
two peers initial presentation by responding substantively to all questions
posed and citing related research to support.
Summary Requirement
10
By Sunday 11:59 p.m. MT, add summary post to own grand
rounds presentation that summarizes the discussion. Include conclusions from the collective group
discussion on the topic.
Evidence Based Research/Articles
10
Include minimal of three (3) evidence based research and/or
Peer Reviewed articles from Chamberlain Online Library.
Evidence Based Practice Clinical Guidelines
10
Include a minimal of two (2) current (within last 5
years) EBP clinical guidelines.
Interactive Dialogue with Faculty
10
Responds to ALL faculty directed questions on initial
presentation. Includes scholarly support from EBP clinical guidelines and/or
peer reviewed journal articles obtained from Chamberlain Online Library.
Presentation Development
5
Overall Presentation is clear, concise, and organized;
demonstrated ethical scholarship in accurate representation and attribution of
sources; recorded in Kaltura. Labcoat and name badge are present.
Total
150
A quality assignment will meet or exceed all of the above
requirements.
PurposeThe purpose of this assignment is to enhance the students
clinical reasoning, confidence and learning of various pediatric and women
health topics through facilitated discussion. DescriptionIn Weeks 2 and 6, you will create a Grand Rounds
presentation on the topic assigned to you by the faculty member. Course OutcomesThrough this assignment, the student will demonstrate the
ability to:1. Describe the
most commonly prescribed drugs use in primary care for the chose condition.2. Utilize clinical
guidelines, research articles or other materials to support your findings.3. Identify any
practice barriers, issues, or problems (including cultural diversity and
healthcare literacy).4. Discuss best
practices for optimal outcomes. Due Dates: Pediatric Grand
Rounds due Week 2 (please see specific days/times below)
Womens Health Grand Rounds due Week 6 (please see specific days/times
below)Total Points Possible: Week 2 – 150 points
Week 6 150 pointsRequirements:Keep in mind the following guidelines and grading criteria
while taking part in this assignment:The Grand Rounds presentation will consist of a patient
scenario that is assigned to you by your faculty in week one. The presentation is a video recording in
Kaltura. Recording of the presentation
should be interesting, professional, and focused to the topic. Wear your lab
coat and name tag/badge during the recording.
Record and upload presentation by Wednesday, 11:59 p.m. MT.
Begin facilitating discussion and continue to lead it throughout the week.Participate in ongoing interactive dialogue by responding to
a minimal of two (2) of your peers discussion questions by Friday, 11:59 p.m.
MT.Participate in all faculty directed questions to your
presentation by Sunday, 11:59 p.m. MT.Utilize a minimal of three peer reviewed scholarly articles
from Chamberlain Online Library and a minimal of 2 current (within last 5
years) evidence based clinical guidelines to support your findings.Discuss Pathophysiology, epidemiology, risk factors,
clinical physical assessment findings of the assigned topic.List and discuss a minimal of three (3) differential
diagnoses. Discuss any diagnostic studies to confirm diagnosis of
assigned topicDiscuss prevention (if not applicable, discuss why).Discuss Treatment including nonpharmacologic management and
pharmacologic managementDiscuss patient and/or family education.Discuss best practices for optimal outcomes.By Wednesday, 11:59 p.m. MT – In addition to submitting your
presentation, you will also need to lead a discussion on your topic in the
discussion thread. The initial post and
Kaltura presentation are both due by Wednesday 11:59 p.m. MT. NOTE: By Wednesday, you will also initiate a
discussion to lead.Discussion Lead Requirement: Develop three (3) questions on
your topic you can ask to initiate the discussion and keep it going.By Friday, 11:59 p.m. MT, respond substantively to a minimal
of two (2) peers presentation questions **If all students have a response,
then choose the student with the least responses to their posting.By Sunday, 11:59 p.m. MT, summarize your grand rounds
presentation by posting a summary reply to your initial post in the discussion
thread. Summarize the discussion as well
as conclusions from the collective group discussion. Include evidence based references at the
bottom of the summary AND respond to ALL faculty questions regarding your
presentation.Grand Rounds Presentation CriteriaCategoryPointsDescriptionIntroduction20Introduction of topic that include pathophysiology,
epidemiology, and risk factors.Clinical Assessment5Discussed typical clinical assessment findings for chosen
topic.Differential Diagnoses20List AND discuss of a minimal of three (3) differential
diagnoses with scholarly support.Diagnostic Studies/Labs10Discuss diagnostic studies and labs that can be used to
confirm diagnosis.Prevention and Treatment Options10Discuss prevention and treatment options for chosen topic.Education10Discuss patient and family education.Identify Outcomes10Discuss best practices for optimal outcomes.Lead Discussion10Facilitate discussion relevant to the presentation topic by
incorporating three (3) discussion question for peers.Interactive Dialogue with Student Peers10By Friday, 11:59 p.m. MT, Interactive dialogue with at least
two peers initial presentation by responding substantively to all questions
posed and citing related research to support.Summary Requirement10By Sunday 11:59 p.m. MT, add summary post to own grand
rounds presentation that summarizes the discussion. Include conclusions from the collective group
discussion on the topic.Evidence Based Research/Articles10Include minimal of three (3) evidence based research and/or
Peer Reviewed articles from Chamberlain Online Library.Evidence Based Practice Clinical Guidelines10Include a minimal of two (2) current (within last 5
years) EBP clinical guidelines.Interactive Dialogue with Faculty10Responds to ALL faculty directed questions on initial
presentation. Includes scholarly support from EBP clinical guidelines and/or
peer reviewed journal articles obtained from Chamberlain Online Library.Presentation Development5Overall Presentation is clear, concise, and organized;
demonstrated ethical scholarship in accurate representation and attribution of
sources; recorded in Kaltura. Labcoat and name badge are present.Total 150A quality assignment will meet or exceed all of the above
requirements.

. List the three major types of community interactions.

Directions: Answer each of the following questions.

1. List the three major types of community interactions.

2. Describe the relationship between a predator population and the population of its prey.

3. What is a keystone species? Give an example.

4. Define mutualism and commensalism.

5. What is a climax community?

6. Summarize how ideas about ecological succession and climax communities have changed.

7. What is population density?

8. Define immigration and emigration.

9. What is migration? Give an example.

10. Write the formula for the population growth rate. Identify all the variables.

11. State why dispersal of offspring away from their parents might be beneficial.

12. Describe exponential population growth.

13. What are K-selected and r-selected species?

14. How did the invention of agriculture affect human birth and death rates? How did it affect human population growth?

15. Outline the four stages of the demographic transition as it occurred in Europe and North America.

16. State two reasons why death rates fell in Europe and North America, starting in the 1700s.

17. Why did birth rates fall in Europe and North America during the demographic transition?

18. Why was a fifth stage added to the demographic transition model? Describe a population at this stage.

19. What is biodiversity?

20. List three economic benefits of biodiversity.

21. Identify ecosystem services of biodiversity.

22. How is human overpopulation related to the sixth mass extinction?

23. Define natural resource.

24. Distinguish between renewable and nonrenewable resources and give examples.

25. Summarize the environmental effects of burning fossil fuels.

Essay submission: Select one (1) Biology topic from this lesson, and submit a 3-5 paragraph essay about the topic. Present the answer in complete sentences with supporting information from the Lesson. Do not copy and paste from the Lessons or Internet resources, but answer in your own words to demonstrate understanding of the material. Remember to cite your sources!

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Pleapublic Healthse Do By 2pm

elect a policy that was created to address a public health problem. Then, using the readings for the week, the South University Online Library, and the Internet, respond to the following:

Describe the phases involved in the policy making process
Describe how you would apply the policy making process to a current public health policy issue.
Summarize the policy-analysis process, explaining its purpose and the benefits and disadvantages.
Differentiate the tasks in the policy making process from the tasks in the policy-analysis proces

dentify some current topic that deals with something that we have learned in class to that point.

– This is a one page paper assignment.  The goal of this paper is to:

1) Identify some current topic that deals with something that we have learned in class to that point.

2) Be able to describe a recent article related to that current topic (this can be a primary literature article or a newspaper/media article) in your own words and relate it back to what you learned in class

3) Give some sort of reflection or personal thoughts on that article

4) Be able to write in a clear, concise and grammatically correct fashion

You may choose one of these topics,

– Photosynthesis

-DNA ( ex : Replication, RNA)

– Genetic Inheritance

– Cell Division

Pick a human organ that your patient needs to have transplanted.  What are the causes of failure of this particular organ?

Homework

Pick a human organ that your patient needs to have transplanted.  What are the causes of failure of this particular organ?  What are the choices for the types of transplants and the advantages and disadvantages of each?  What are the complications short term and long term?  What changes in lifestyle are necessary

Format– Microsoft word, 12 point font, double space, 4-5 pages, include 5 references in bibliography (internet sites ok)

Late homework will not be accepted

Characteristics of Nursing Research Utilization and Evidence-Based Practice

Introduction to Nursing Research – Characteristics of Nursing Research Utilization and Evidence-Based Practice

This is a CLC assignment.

Choose a nursing problem from your current practice setting, and identify a possible solution to that problem.

Conduct a search of the literature related to this problem.

Analyze and critically appraise evidence-based literature to support the solution to the identified problem. A minimum of (5) articles must be identified. This may include guidelines from the National Guideline Clearinghouse, Joanna Briggs Institute, or a review from the Cochrane Database of Systematic Review.

Prepare a 10-minute (8-10 slides; no larger than 5 MB) PowerPoint presentation related to the problem, evidence appraisal, and practice implications.
Include the following components into the presentation:

1. Present the nursing practice problem with the PICO question.

2. Discuss your appraisal of the literature that addresses the problem.

3. Present the proposed practice changes from an integration of the findings.

The emerging role of nursing in the care of the patients with lung cancer in Saudi Arabia

The aim of this study was to scope the role of nurses’ in the case management of the patients with lung cancer in Saudi Arabia.

The Study Question:

what is the emerging role of nurses in the care of patients with lung cancer in Saudi Arabia?

Sub-questions:

• What happing now?
• What are the possibilities for the future?
– The keywords in the search strategy must be related to the aim of the study such as ( Nursing role AND Lung cancer patients, Nursing management AND Lung cancer patients, Nursing care AND Lung cancer patients).

I need you to use Pubmed, Scopus and Cinahl as a database for the searching process.

– I want you to follow Search process table in the databases (Attached).

– The main focus of this study should be in Saudi Arabia. There are limited studies in Saudi Arabia regarding this topic. However, I need you to clarify this issue at the end of the literature review which is the reason for conducting this study. You are welcome to include articles globally.

-17 Original articles (Qualitative) should include in this literature review. arguments and critique
in the articles should be considered.

– In the search strategy, I need it to be limited to recent five years 2011 to 2016 original articles; qualitative research only and focuses on nursing field. This information should be clarified in the beginning as inclusion and exclusion criteria.
– The 17 articles should be Categorised in themes as sub-heading in the literature review to organise the work.

– No Plagiarism, please.

Introduction and conclusion should be stated.

“The Future of Nursing: Leading Change, Advancing Health,”

Review the Institute of Medicine (IOM) report: “The Future of Nursing: Leading Change, Advancing Health,” focusing on the following sections: Transforming Practice, Transforming Education, and Transforming Leadership.Write a paper of 750-1,000 words about the impact on nursing of the 2010 IOM report on the Future of Nursing. In your paper, include:

how you would change your practice to meet the goals of the IOM report.
The impact of the IOM report on the nurse’s role as a leader.

Cite a minimum of three references.

This assignment uses a rubric. .

. Refer to the directions in the Student Success Center.

harles Darwin studied finches on the Galápagos Islands. The finches on each island had slightly different beaks. According to Darwin, how did the finches all get different beaks?

(2pt) Charles Darwin studied finches on the Galápagos Islands. The finches on each island had slightly different beaks. According to Darwin, how did the finches all get different beaks?

2. (1pt) Define natural selection in your own words.

3. (2pt) Light-colored lizards move to an area where there is dark-colored sand. After many years, most of the lizards are dark-colored. Explain how this happened?

4. (3pts) There are 3 steps in species evolution. For each step, explain what happens in that step in your own words.

Step

Explanation

1. Genetic isolation

2. Genetic divergence

3. Secondary contact

Linked Traits

Virtual Lab: Sex-Linked Traits

Worksheet

Please make sure you have read through all of the information in the “Questions” and “Information” areas. If you come upon terms that are unfamiliar to you, please refer to your textbook for further explanation or search the word here: http://encarta.msn.com/encnet/features/dictionary/dictionaryhome.aspx

Next, complete the Punnett square activity by clicking on the laboratory notebook. Please be sure to note the possible genotypes of the various flies:

Female, red eyes

Female, red eyes

Female, white eyes

Male, red eyes

Male, white eyes

XRXR

XrXR

XrXr

XRY

XrY

When you have completed the Punnett square activity, return to the laboratory scene to begin the actual laboratory activity.

In this exercise, you will perform a Drosophila mating in order to observe sex-linked trait transmission. Please click on the shelf in the laboratory. Here you will find vials of fruit flies. On the TOP shelf, please click on one of the female vials (on the left side) and then drag it to the empty vial on the shelf below. Please repeat this step using one of the male vials (on the right side). These flies will be used as the parental (P) generation. You may switch your parent choices at any time by dragging out old selections and dragging in new flies. Use the Punnett square below to predict the genotypes/phenotypes of the offspring (Note: refer to the genotype table you created above if needed):

XR

XR

XR

Genotype: XRXR

Phenotype:Red eye, female

Genotype:XRXR

Phenotype: Red eye, female

Y

Genotype:XRY

Phenotype: Red eye, male

Genotype:XRY

Phenotype: Red eye, male

__50_% Female, red eye _0__% Female, white eye _50__% Male, red eye _0__% Male, white eye

When you are finished, click “Mate and Sort”.

You will now see information appear in the vials sitting on the next shelf below. These are the offspring of the parent flies you selected above, and they represent the first filial (F1) generation. In your “Data Table” on the bottom of the page and/or on Table I found at the end of this Worksheet, please input the numbers of each sex and phenotype combination for the F1 generation. These numbers will be placed into the first row marked “P generation Cross”.

You will next need to select one of the F1 female flies and one of the F1 male flies to create the second filial (F2) generation. Drag your selections down to the empty vial on the next shelf below and fill in the Punnett square below to predict the offspring:

XR

XR

XR

Genotype: XRXR

Phenotype:Red eye, female

Genotype:XRXR

Phenotype: Red eye, female

Y

Genotype:XRY

Phenotype: Red eye, male

Genotype:XRY

Phenotype: Red eye, male

__50_% Female, red eye _0__% Female, white eye _50__% Male, red eye _0__% Male, white eye

After clicking “Mate and Sort”, you will now have information on their offspring (the F2 generation) to input into your “Data Table” or Worksheet below. This information will be placed into the second row marked “F1 generation Cross”.

NOTE: there are additional lines remaining to use if your instructor requires the analysis of additional crosses.

Please finish this exercise by opening the “Journal” link at the bottom of the page and answering the questions.

Table I:

Cross Type

Phenotype of Male Parent

Phenotype of Female Parent

Number of Red eye, Male Offspring

Number of White eye, Male Offspring

Number of Red eye, Female Offspring

Number of White eye, Female Offspring

P Generation Cross

Red

Red

50

0

50

0

F1 Generation Cross

Red

Red

50

0

50

0

P Generation Cross

White

Red

47

0

53

0

F1 Generation Cross

Red

Red

22

25

53

0

P Generation Cross

Red

White

0

49

51

0

F1 Generation Cross

White

Red

27

28

20

25

P Generation Cross

White

White

0

51

0

49

F1 Generation Cross

White

White

0

51

0

49

Post-laboratory Questions:

Through fruit fly studies, geneticists have discovered a segment of DNA called the homeobox which appears to control:

Sex development in the flies

Life span in the flies

Final body plan development in the flies

The genotype of a red-eyed male fruit fly would be:

XRXR

XRXr

XrXr

A or B

None of the above

Sex-linked traits:

Can be carried on the Y chromosome

Affect males and females equally

Can be carried on chromosome 20

A and B

None of the above -2

A monohybrid cross analyzes:

One trait, such as eye color

Two traits, such as eye color and wing shape

The offspring of one parent

A female with the genotype “XRXr”:

Is homozygous for the eye color gene

Is heterozygous for the eye color gene

Is considered a carrier for the eye color gene

A and B

B and C

In T.H. Morgan’s experiments:

He concluded that the gene for fruit fly eye color is carried on the X chromosome

He found that his F1 generation results always mirrored those predicted by Mendelian Laws of Inheritance

He found that his F2 generation results always mirrored those predicted by Mendelian Laws of Inheritance

A and B

All of the above

In this laboratory exercise:

The Punnett square will allow you to predict the traits of the offspring created in your crosses

XR will represent the recessive allele for eye color, which is white

Xr will represent the dominant allele for eye color, which is red

All of the above

In a cross between a homozygous red-eyed female fruit fly and a white-eyed male, what percentage of the female offspring is expected to be carriers?

0%

25%

50%

75%

100%

In a cross between a white-eyed female and a red-eyed male:

All males will have red eyes

50% of males will have white eyes

All females will have red eyes

50% of females will have white eyes

In human diseases that are X-linked dominant, one dominant allele causes the disease. If an affected father has a child with an unaffected mother:

All males are unaffected

Some but not all males are affected

All females are unaffected

Some but not all females are affected

Journal Questions: