Is traditional health insurance still a viable product today or is managed care the norm?Include a brief discussion as to the current state of both traditional health insurance and managed care.

Is traditional health insurance still a viable product today or is managed care the norm?Include a brief discussion as to the current state of both traditional health insurance and managed care.

Explain the development of health insurance in the United States.

Include a brief discussion as to the current state of both traditional health insurance and managed care.

Is traditional health insurance still a viable product today or is managed care the norm?

Describe the strategies to deal with the management of any barriers, facilitators, and challenges.

Describe the strategies to deal with the management of any barriers, facilitators, and challenges.

In 1,000-1,500 words, provide a description of the methods to be used to implement the proposed solution. Include the following:
1. Describe the setting and access to potential subjects. If there is a need for a consent or approval form, then one must be created. Although you will not be submitting the consent or approval forms in Topic 5 with the narrative, you will include the consent or approval forms in the appendices for the final paper.
2. Describe the amount of time needed to complete this project. Create a timeline. Make sure the timeline is general enough that it can be implemented at any date. Although you will not be submitting the timeline in Topic 5 with the narrative, you will include the timeline in the appendices for the final paper.
3. Describe the resources (human, fiscal, and other) or changes needed in the implementation of the solution. Consider the clinical tools or process changes that would need to take place. Provide a resource list. Although you will not be submitting the resource list in Topic 5 with the narrative, you will include the resource list in the appendices for the final paper.
4. Describe the methods and instruments, such as a questionnaire, scale, or test to be used for monitoring the implementation of the proposed solution. Develop the instruments. Although you will not be submitting the individual instruments in Topic 5 with the narrative, you will include the instruments in the appendices for the final paper.
5. Explain the process for delivering the (intervention) solution and indicate if any training will be needed.
6. Provide an outline of the data collection plan. Describe how data management will be maintained and by whom. Furthermore, provide an explanation of how the data analysis and interpretation process will be conducted. Develop the data collection tools that will be needed. Although you will not be submitting the data collection tools in Topic 5 with the narrative, you will include the data collection tools in the appendices for the final paper.
7. Describe the strategies to deal with the management of any barriers, facilitators, and challenges.
8. Establish the feasibility of the implementation plan. Address the costs for personnel, consumable supplies, equipment (if not provided by the institute), computer-related costs (librarian consultation, database access, etc.), and other costs (travel, presentation development). Make sure to provide a brief rationale for each. Develop a budget plan. Although you will not be submitting the budget plan in Topic 5 with the narrative, you will include the budget plan in the appendices for the final paper.
9. Describe the plans to maintain, extend, revise, and discontinue a proposed solution after implementation.
You are required to cite five to 10 sources to complete this assignment

Public Health Nursing

1.4 Participate in health care policy development to influence nursing practice and health care.

Research public health issues on the “Climate Change” or “Topics and Issues” pages of the American Public Health Association (APHA) website. Investigate a public health issue related to an environmental issue within the U.S. health care delivery system and examine its effect on a specific population.

Write a 750-1,000-word policy brief that summarizes the issue, explains the effect on the population, and proposes a solution to the issue.

Follow this outline when writing the policy brief:

  1. Describe the policy health issue. Include the following information: (a) what population is affected, (b) at what level does it occur (local, state, or national), and (c) evidence about the issues supported by resources.
  2. Create a problem statement.
  3. Provide suggestions for addressing the health issue caused by the current policy. Describe what steps are required to initiate policy change. Include necessary stakeholders (government officials, administrator) and budget or funding considerations, if applicable.
  4. Discuss the impact on the health care delivery system.

Include three peer-reviewed sources and two other sources to support the policy brief.

Prepare this assignment according to the guidelines found in the APA Style Guide, located in the Student Success Center. An abstract is not required.

This assignment uses a rubric. Please review the rubric prior to beginning the assignment to become familiar with the expectations for successful completion. 

You are required to submit this assignment to LopesWrite. Refer to the LopesWrite Technical Support articles for assistance. 

Evaluate a global issue that has an impact on the nursing profession.

Evaluate a global issue that has an impact on the nursing profession.

The purpose of this assignment is to evaluate a global issue that has an impact on the nursing profession. This may be something that has relevance at the national level, or at the international level.
Concept Map Presentation

 Spend time in further research of your topic area. Review resources such as your textbooks and professional journals, internet news sources, popular press, etc for ideas.
 You must incorporate at LEAST 3 PROFESSIONAL RESOURCES into your presentation, and at least 2 of these must be Research Based Resources.

1. Introduce this issue to your audience Explain why this is a concern and who is affected by it nationally&/or internationally. This should be in a small paragraph (3-7 sentences
2. Expand on the history of this topic. How did this issue develop? What has been the progression to date?
3. Discuss the current status of this issue. What concerns and factors are currently relevant? What is the most recent information on the issue?
4. Develop predictions related to the future implications of this issue. Incorporate the role of the nurse in this future and the possible implications for nursing practice. It is very important to tie this in with the nursing profession.
5. should address the political environment related to this topic, any relevant cultural influences, the impact of economics, and the legal &/or ethical implications of the issue. Provide evidence from your resources to support your points. Cite these in text according to APA instructions
6. Include an APA style reference page

Also need a concept map made from the research paper. Please let me know what I need to do to have this part of the paper.
The paper can be two pages and then the third page can be the concept map from the research that was in the paper.

Project three photo spread analysis | Criminal Procedure and Evidence

Instructions

No directly quoted material may be used in this project paper.

Resources should be summarized or paraphrased with appropriate in-text and Resource page citations.

Assignment

Project 3

Students are to use the following Fact Scenario.

Amber, a 5’0″ female, is shopping in the local mall when she is accosted from behind by a man who grabs her purse and runs away. She sees the perpetrator from the side, but is unable to see his entire face. She describes her assailant as a white male, approximately 25 to 35 years old, tall, perhaps close to six feet, somewhat stocky. She recalls him as having dark blond hair and does not recollect facial hair.

Clay, a 6’4″ male, witnesses the incident; he saw the man walk rapidly toward Amber and grab her purse. He had a good view of the assailant the entire time. He describes the assailant as a white male, approximately 30 to 35 years old, with brown hair; and describes him as short—perhaps under 5’10”. Clay does not recall facial hair.

The police have no leads in the case until Cramon is stopped near the mall for a traffic violation the next day. In his back seat are several women’s purses. Because there have been a number of purse snatchings near the mall, the officer requests and receives permission to search the vehicle. One of the purses in the back belongs to Amber. Cramon is arrested for the crime.

Using what you have learned from your readings and modules, please write a brief memorandum regarding a possible photo array that includes:

1.  To whom you would present a photo spread and if to more than one person, to whom you would present it first and why.

2.  Specifically, how you would compile the photo spread and why? …based on what standard if any?

3.  Specifically, how you would display the photo spread and why? …based on what standard if any?

4.  Any specific facts from the scenario that could prevent the witness(s) from making a positive identification

5.  Any inconsistencies in descriptions of the assailant that could present problems with the prosecution of the case and any possible explanations for those inconsistencies.

Format:

A minimum of 2 (maximum of 3)  full pages of narrative text that responds to the items (1 – 5) listed above

Use American Psychological Association (APA) citation format for all narrative and Resource page citations, including judicial rulings.

Double-spaced, 12 font, 1″ margins

Cover Page: student’s name, name and number of the course, name of the project, date of submission

Resource page:  Any resources, including course instructional materials, referenced in this project, using APA citation formatting.

Define the core functions of epidemiology. Select one of the epidemiologic core functions and provide an example of the how the core function might be demonstrated in clinical practice by a masters prepared registered nurse.

Define the core functions of epidemiology. Select one of the epidemiologic core functions and provide an example of the how the core function might be demonstrated in clinical practice by a masters prepared registered nurse.

 

Define the core functions of epidemiology. Select one of the epidemiologic core functions and provide an example of the how the core function might be demonstrated in
clinical practice by a masters prepared registered nurse. Can you relate this or one of the other functions to an example or content in your text readings?
Textbook
Title: Edition: Author: Publisher: Book ISBN: Ebook ISBN:
Title: Edition: Author: Publisher: Book ISBN: Ebook ISBN:
Health Promotion Throughout the Life Span 8th (2014)
Edelman, Kudzma and Mandle
Mosby
978-0-323-09141-1
Clinical Epidemiology: The Essentials 5th (2012)
Fletcher, Robert and Fletcher, Suzanne Lippincott
978-1451144475

Clostridium Difficile Infection

Introduction

Clostridium difficile generally written as C. difficile is a bacterium (germ). It presents in a small quantity in the gut of many people without harming person. But, when the quantity of C. difficile bacteria increases in the gut, then it can cause infection. The C. difficile bacteria usually do not create infection in healthy people. Though, some

antibiotics

can disturb the regular balance of usual bacteria in the gut that shield against C. difficile infection. This infection most commonly affects people whose treatment requires prolonged use of antibiotics. During use of antibiotics, if other harmless bacteria are killed, then this will allows C. difficile to grow in larger numbers than normal circumstances. The bacteria start to produce toxins that cause the symptoms given below.

Therefore, if a person is taking antibiotics and He/she has C. difficile bacteria in gut, then bacteria may flourish and can cause an infection. This is a problem normally occur while taking many of the commonly used antibiotics.

Spread of Clostridium difficile infection

C. difficile bacteria are usually found in whole the environment — in air, soil, water, human and animal faeces. It is also found in food products, such as processed meats. C. difficile infection commonly associated with hospitals where a higher percentage of people carry the bacteria. C. difficile bacteria spread to food, surfaces when infectious people do not clearly wash their hands. The bacteria creates spores that can be persevered in a place for months. If you touch a surface polluted with C. difficile, then you may then unintentionally swallow the bacteria.

Symptoms of the disease

The symptoms of adisease can range from mild diarrhoea to a severe life-threatening inflammation of the bowel. The symptoms of a Clostridium difficileinfection generally grow when you are taking, or just finished taking an antibiotic. Seldom, symptoms mayappear up to 10 weeks after you finish taking

antibiotics

.

List of symptoms include:

  • Watery diarrhoea (sometimes can be blood-stained) three to four times a day; may be more.
  • Colitis (inflammation of a larger bowel).
  • Loss of appetite
  • abdominal cramping and pain
  • Nausea
  • a high temperature (fever) of above 38ºC (100.4ºF)
  • painful abdominal cramps

No treatment may be required in mild cases only abandoning the antibiotics or drinking plenty of fluids is required to cure infection. However, cure with specific antibiotics is desirable in more severe cases.

Identification of Clostridium difficile Infection

Clostridium difficile Infection is identified in a patient in following cases;

  • Anyone who develops diarrhoea who had used antibiotics within the previous two months, and/or
  • When diarrhoea was developed due to stay at hospital, or after few weeks of releasing from hospital.
  • Anyone has abdominal pain, or fever;
  • Anyone has a diagnosis of colonoscopy, pseudo membranes on sigmoidoscopy or histological/pathological diagnosis of CDI;
  • Anyone has a diagnosis of toxic mega colon.
  • Laboratory testing of a sample of stool can be carried out to confirm the diagnosis. The test identifies the toxin material in the stool sample that is produced by C. difficile.
  • An X-ray of abdomen, CT scan, or a Blood tests can be conducted if a patient more severe infection.

Treatment of Clostridium difficile infection

Clostridium difficile infection treatment depends upon severity of the illness. No treatment is necessary if one has no symptom. However, symptoms are shown various treatment are suggested for mild to severe infection.

Mild infection treatment

Patients having mild infection can be treated at home. If patient has mild symptoms of aC. difficile infection, infection can be controlled by just withdrawing antibiotics that have caused the problem. This will let the normal harmless bacteria to regrow in your gut. The excess growth of C. difficile should then decrease and symptoms often ease. Actually, many people will stopped the antibiotic anyway, after the completion of antibiotic course. In many cases where the signs are minor, stopping the antibiotics proved sufficient to clear the infection.

Modest to severe infection

If infection is of severe nature, patient will usually be admitted into hospital, so that patient can be treated and closely look after. If you have symptoms that are more bothersome, such as severe

diarrhoea

or colitis, following treatment is prescribed to cure the infection:

1. Taking an antibiotic

In case of severe symptoms such as severe diarrhoea or colitis, patients will be given antibiotics that can damage C. difficile bacteria. In the start, in moderate cases metronidazole is prescribed to cure the infection. But in severe cases

vancomycin

or fidaxomicin may be used to ease any colitis and stop perforation of colon. Symptoms then usually ease within two to three days, although it can take a week to make a significant recovery. Likely side effects of these antibiotics are stomach pain, feeling or being sick.

2. Fluid replacement

In diarrhoea lot of fluid released from body and body becomes dehydrated. So, it is very important that fluid must be replaced in the body to maintain body’s water level. This reduction can easily be eliminated by drinking extra fluids. But, in case of severe, fluids should be given through a drip into veins or by nasogastric tube.

3. Surgery in rare cases

Surgery cases are less than 1%. It is required only in life-threatening cases to remove a damaged section of bowel. Severe cases ofC. difficile infection can befatal,especially when they occur in those people who faces severe illness.

Prevention

C. difficile infection can be spread very easily. Normally, it can be prevented by maintaining good hygiene in healthcare surroundings, such as regularly washing hands and cleaning surfaces using bleach products.

When someone is attending the patient having C. difficile infection, he/she can reduce the risk of spreading the infection by washing hands before and after entering the patient room. Soap and water should be preferred over Alcohol gel as in not effective against germs.

Preventing the spread of infection into hospital

I would implement strict guidelines about maintaining the hygienic environment in the hospital to avoid the spread of C. difficile infection. Possible guidelines would be;

  • If possible, infectious patient should have their own room, washbasin and toilet facilities.
  • Everyone should regularly wash their hands thoroughly with soap and water, particularly after using the toilet or anyone coming from outside to meet the patient.
  • All the hospital staff must wear disposable gloves and aprons and they must wash their hands with water and soap before and after attending patient.
  • Practice will be made of using soap and water should be used as a medium of washing instead of Hand gel because hand gel not kill the spores created by C. difficile.
  • Visitors must also wear disposable gloves and aprons and must wash their hands before entering and leaving the room.
  • Floors, Toilets, surfaces, bedpans, bedding, etc. should be clean washed regularly.

Conclusion

Clostridium difficile infection is caused by bacteria. It can range from severe to mild. Proper prevention and use of medicine can reduce the infection in very limited time.

References

Zar, Fred A., et al. “A comparison of vancomycin and metronidazole for the treatment of Clostridium difficile–associated diarrhea, stratified by disease severity.”

Clinical Infectious Diseases

45.3 (2007): 302-307.

Wilcox, Mark H. “Treatment of Clostridium difficile infection.”

Journal of Antimicrobial Chemotherapy

41.suppl 3 (1998): 41-46.

Bignardi, G. E. “Risk factors for Clostridium difficile infection.”

Journal of Hospital Infection

40.1 (1998): 1-15.

Gerding, Dale N., Carlene A. Muto, and Robert C. Owens. “Treatment of Clostridium difficile infection.”

Clinical Infectious Diseases

46.Supplement 1 (2008): S32-S42.

Wilcox, Mark H. “Treatment of Clostridium difficile infection.”

Journal of Antimicrobial Chemotherapy

41.suppl 3 (1998): 41-46.

Animal Research In Psychology Health And Social Care Essay

Throughout its short history of recognition as a legitimate experimental field of study (in 1879 when Wundt founded the first laboratory dedicated to psych research) and subsequent diversification into specialised areas, psychology has utilised and in some cases depended upon the use of non-human animals in research. For just as long, this practice has been contested. Views on the subject of animals in research are polar opposites and the debate appears to hinge upon two issues, first does the scientific use of animals lead to valid, useful and relevant results, and secondly, is it permissible for one species to cause pain, suffering and death to another to achieve aims that primarily benefit the former species? Answering these two questions is fraught with difficulty, not least by virtue of the many different variables that require consideration.

To answer in the negative as to the utility or practicality of outcomes should leave the matter there, and the use of animals in research discounted, however, as in all scientific research, conclusions can not be drawn from a single instance, and successes in some experiments while there may be failures in others is not conclusive evidence. Further the validity and usefulness of results may be subjective; it is not unusual for scientific studies to be challenged years later on, nor methodology found to be flawed. To answer the first proposition in the positive brings us crashing to the hurdle of the second, much debated issue of whether animals are conscious, moral beings to whom rights should be accorded. Even the question of whether the animal model is an appropriate comparator with humans requires the involvement of animals in the research.

The word research carries with it a somewhat negative connotation, and conjures images of secretive men in white coats with unfamiliar surgical implements and ulterior motives. Many people may be surprised by how much research is conducted outside of the laboratory and by whom, so one of the barriers to understanding the role of animals in research is a dated perception based loosely on poor historical practices or B-grade horror films. Research involving animals is varied in both its nature and purpose, in the types of animals involved and in the effect that it has on them. Some psychological research could be described as having negligible impact on the animal, for example observation studies in natural settings. Other experiments may actively engage animals in all manner of degrees, and although it is the most extreme of these (such as those involving mistreatment or torture) which raise the ire of those in opposition to use of animals in research, detractors rarely draw the distinction with those experiments that are of specific benefit to animals or the preservation of the species, this includes advances in the field of veterinary science. Also escaping consideration is the fact that psychological research using animals has been instrumental in the training and study of medical assistance and companion animals, and in the development of pet therapy, all of immense benefit to humans. Humans seem to be selective in their outage.

Researchers argue that behavioural studies using animals can provide an insight into the behavioural processes of humans and other species (Herzog).It can be argued that psychology, as a science of behaviour and mental processes, includes, by necessity, the study of animals to help researchers better understand how animals, both human and non-human, develop and function. The practice of using animals in research has allowed for significant advances across the fields which make up the science and has been central to the development of psychological theories. Without animals, comparative psychology is unviable, and researchers’ understanding of cognitive processes, evolution, social and mental development, and the ability to treat psychological dysfunction is severely compromised. The devil, however, is in the detail.

The use of animals in psychological research has come under increasing scrutiny over the last 50 years. Throughout the 1960s and early 1970s Harlow was conducting controversial isolation experiments with monkeys which involved the total isolation of the animals for up to 24 months. Not surprisingly the animals emerged emotionally disturbed from the experience. (Harlow) This reignited the ethical debate regarding animals in research among scientists and academics and illuminated the fact that there was a sliding scale of belief or justification for the practice. (Bowd). The anti-vivisectionist movement which grew up around professionals like Singer, Benson and Clark in the mid 1970s had a huge impact on the medical and scientific communities, accusing researchers of cruel treatment of animals while delivering few practical applications (Bowd). Singer was especially critical of behavioural research stating simply

either the animal is not like us, in which case there is no reason for performing

the experiment; or else the animal is like us, in which case we ought not to perform an experiment on the animal which would be considered outrageous if performed on one of us. (p. 52, Singer)

Experiments involving the infliction of pain or suffering on animals was receiving particular attention and M.A. Fox, who was a defender of experimentation, defined criteria emphasising the benefit to scientific knowledge, limiting the negative effects on the animal, and the exploring of other equally effective alternatives to the use of animals.(Bowd) Still, there were others who, not satisfied with this concession, further constrained this criteria. Bowd () contends that whether a procedure is “inherently objectionable” depends upon an analysis of the needs and nature of each species, in essence, Rollins’ rights principle ( Rollins 1985 in Bowd). Emerging from this however was a general consensus that research where the benefit to humans was outweighed by the cost of animal suffering (a utilitarian approach) was unnecessary and should be deplored.

Whether by sheer coincidence, or in response to public concerns (and bad publicity) stirred up by the anti-experimentation lobby, professional associations with an interest in research began to release their own codes of ethical conduct and dedicated guidelines regarding the use of animals (American Psychological Association, 1981; British Psychological Society, 1986; Canadian Psychological Association, 1986). In most jurisdictions this is now supported by legislation and or Government issued codes of practice. In Australia, it has been left to the individual states and territories to regulate and oversee the use of animals in research, there being an absence of Commonwealth legislation. This is achieved through the instrument the Code of Practice for the Care and Use of Animals for Scientific Purposes (‘the Code’), developed by the National Health and Medical Research Council. The Code utilises what is termed as the 3 Rs approach: replacement (with other methods), reduction (in numbers), and refinement (of techniques). Several general principles which govern the use of animals in education and research have been adopted in many countries as the benchmark procedures aimed at minimising the use of animals in research. These developments may reflect an attempt to reign in the debate and to put it back into the science domain where it belongs.

The sustainability of animal research is reliant on the preservation of scientific integrity and due deference to ethical concerns, and in this respect the Code and legislation strike a reasonable balance. Regulation attempts to monitor and define the way research is conducted and achieves this end by the assessment of each individual aspect of the proposed experiment. The systematic scrutinisation of factors such as species and number of animals involved, methodology and types of procedures proposed, general care and accommodation of animals and so on, coupled with the exploration of alternative means of carrying out the research aims to safeguard against the traditional criticisms of animal research. Issues of pain and distress It is no doubt inevitable that there will still be experimentation in which the animal is subjected to some discomfort or even pain, however the Code provides some guarantee that this would only occur where such research is essential, of wide application and benefit to humans, no other viable alternative to the procedure has been identified, and such pain or discomfort would be minimised as much as was possible.

Animal research, as a valuable tool in the science of psychology cannot be discounted. The current situation with respect to methods, technology and oversight is markedly different to that preceeding the 1970s and concerted efforts have been made to limit the negative impact of research on test subjects. It is in this atmosphere that the viability and suitability of the continued use of animals in research can be more forcefully argued. Animal research has contributed to efforts to sustain both humans and animals as a species. It has been responsible for enhancing humanity’s knowledge about brain function, emotion, learning and language, and led to the development of biochemical and behavioural therapies. The impact of this knowledge resonates today.

The advancement of understanding should not be punished by the sins of the past, therefore providing the proposed research meets the benchmarks set by the Code and

legislation, there is no reason why it ought not to proceed. Evidence may well emerge many years later to alter that view, but it is most likely to come only as a result of animal involvement in research. The current evidence suggests that with due consideration to the benefits accruing to all animals, dispensing with animals in research is incommensurate to the perceptible risks associated with their use today.

Critically analyse the strengths and weaknesses in the delivery of services to remote communities via face to face and virtual service models. Identify within each approach the challenges for the human services worker.

Critically analyse the strengths and weaknesses in the delivery of services to remote communities via face to face and virtual service models. Identify within each approach the challenges for the human services worker.

 

Critically analyse the strengths and weaknesses in the delivery of services to remote communities via face to face and virtual service models. Identify within each approach the challenges for the human services worker. What professional development strategies could support the retention of such workers in delivering service to remote locations?

In considering each approach select one of the following population groups or service needs.

a) Mental Health services for remote Aboriginal communities
or
b) Domestic Violence services for women in remote and regional Australia

The Phenotype of an Organism



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The Phenotype of an Organism

The Phenotype of an Organism

Background

The laws of segregation, independent assortment, and dominance, discovered in the mid 19th century by Gregor Mendel, form the basis of all genetics. The ability to predict the results of crossing experiments and explain any variance between expected and observed results is still a vital part of our understanding of heredity. The relationship between the genotype and the phenotype of an organism is now understood with better clarity than it was in the early part of the 20th century. Today our ability to determine gene sequences in individual organisms and populations of organisms has allowed us to deepen our understanding of heredity. In this lab assignment you will experiment with monohybrid crosses and explore the role of chance in genetics.

I have already started the lab work

Week 5: Mendelian Genetics

Submitted by: <your name here>

As you complete the lab, record your answers in this template. Save the document as LastName_FirstName_BIO1020_W5A3, and submit it to the Dropbox. Full lab instructions and the rubric with which you will be evaluated can be found in the online classroom.

Activity

The laws of segregation, independent assortment, and dominance form the basis of all genetics. The ability to predict the results of crossing experiments and explain any variance between expected and observed results is still a vital part of our understanding of heredity. In this lab assignment you will experiment with monohybrid crosses and explore the role of chance in genetics.

Experiment 1

Questions

1. (10 points)

a. Set up and complete Punnett squares for each of the following crosses: (remember Y = yellow and y = blue)

· Y Y and Y y

Parent 1

Y

Y

Parent 2

Y

YY

YY

y

Yy

yy

· Y Y and y y

Parent 1

Y

Y

Parent 2

Y

Yy

Yy

y

Yy

Yy

b. What are the resulting phenotypes for each cross? Are there any blue kernels?

Y Y and Y y

Y Y and y y

The resulting phenotypes is that all the offsprings are yellow because all the offspring have at least one Y (yellow, dominant) allele

All the offsprings are yellow

There are no blue kernels in either cross and all are yellow because the genotypes of all the kernels have at least one dominant (Y) gene which codes for yellow color.

2. (10 points)

a. Set up and complete a Punnett squarefor a cross of two of the F1 from the Y Y and y y cross above.

Parent 1

Y

Y

Parent 2

y

Yy

Yy

y

Yy

Yy

b. What are the genotypes and phenotypes of the F2 generation?

The genotypes of offsprings are Yy (heterozygous) and their proportion is 100% If Y= yellow an y= blue, then the phenotypes of the off springs would be the characteristics of Y gene which means all the off springs will have a yellow color.

Experiment 2

Questions

As you select the beads from the beaker, complete this table with each cross. You may complete the associated Punnett Squares on paper, but do not need to submit them as part of this lab.

Parents – randomly selected

F1 – determined from Punnett square

Cross

Genotype parent #1

Genotype parent #2

4 Genotypes

4 Phenotypes

1

yy

yy

yy

yy

2

Yy

yY

YY

Yy

3

Yy

YY

YY

YY

4

yY

yy

Yy

yy

5

yy

YY

Yy

Yy

1. (10 points)

a. How much genotypic variation do you find in the randomly picked parents of your crosses? How much in the offspring?

Possible Genotype

Parents

Offspring

YY

3

4

Yy

3

10

yy

4

6

Total

10

20

b. How much phenotypic variation do you find in the parents of your crosses? How much in the offspring?

2. (10 points)

a. What is the ratio of phenotypes (yellow kernel color: blue kernel color) in the 20 offspring of your five crosses?

b. If you were to run this experiment 1000 times, rather than just 5 times, what would you expect the ratio of phenotypes to be in the offspring?

c. Is the ratio of observed phenotypes the same as the ratio of predicted phenotypes in the offspring? Why or why not?

3. Organisms heterozygous for a recessive trait are often called carriers of that trait. Explain what this means. (10 points)

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