You are the chief financial officer (CFO) of a nonprofit organization, Seamus Company, and have been asked to analyze the company’s health insurance plans for any cost-saving measures. You have also been thinking of innovative ways to help reduce cost, such as leveraging resources through healthcare partnerships. Healthcare coverage is the sole principal employee-related expenditure for most employers (aside from salaries). Employers are shifting the healthcare cost to their employees by encouraging them to think more about health-related expenses and behavior. Employers increasingly offer incentives to remove spouses from employee plans. Employers may charge workers extra if a covered spouse has access to other insurance, or they may pay bonuses when spouses are not on the company policy.
A. Create a report (suggested length 5–8 pages) that includes the following:
1. Propose three fiscally sustainable strategies for Seamus Company from the perspective of a CFO, moving away from a fee-for-service model to a MCO model.
a. Recommend a plan to carry out each of the three sustainable strategies from part A1 by including the following:
● cost-saving measures
● tax deductible considerations
● other tax advantages
● fiscal management improvements
b. Discuss two financial management principles of Seamus Company that would support your recommended plan from part A1a.
c. Discuss how the strategies from part A1 align to Seamus Company’s goals of reducing the costs of the company’s health insurance plans.
2. Choose one of the strategies from part A1 to analyze the use of increased service benefits for Seamus Company by doing the following:
a. Discuss the healthcare utilization risk strategy that Seamus Company may face.
b. Describe three financial benefits to Seamus Company with the implementation of increased service benefits.
c. Describe three potential financial drawbacks to Seamus Company with the implementation of increased service benefits.
d. Explain how an employee’s increased usage of these service benefits can be beneficial to Seamus Company.
3. Analyze external healthcare partnerships and their financial benefits by doing the following:
a. Discuss two financial benefits from external healthcare partnerships.
b. Discuss two financial drawbacks from external healthcare partnerships.
c. Determine whether an external healthcare partnership would be beneficial for Seamus Company.
i. Justify your determination of whether an external healthcare partnership would be beneficial for Seamus Company.
Manual semen injection in Swine Distributed: 23rd March, 2015 Last Edited: twelfth June, 2018 Disclaimer: This paper has been presented by an understudy. This isn't a case of the work composed by our expert article scholars. You can see tests of our expert work here. Any sentiments, discoveries, conclusions or suggestions communicated in this material are those of the writers and don't really mirror the perspectives of UK Essays. Presentation The utilization of planned impregnation (AI) expanded in these last years since it offers a few points of interest over characteristic mating. New hereditary qualities can be brought into a crowd with diminished wellbeing dangers. The semen that is gathered from the pig can be weakened in a semen extender and with one discharge various insemination measurements can be made and can be utilized to breed a few sows and gilts. This permits more broad utilization of hereditarily prevalent hogs, expanding the rate of hereditary change inside a group. On ranches utilizing manual semen injection couple of hogs are required, and as an outcome, feed, work and lodging costs are lessened. The significant procedures of AI are: semen accumulation, assessment, and preparing; identification of oestrus; and insemination. Conceptive physiology of female swine For effective managed impregnation, warm identification of the female swine is critical. Oestrus starts with the pituitary organ, which is an organ arranged just underneath the mind. The pituitary organ secretes hormones into the circulation system, for example, the luteinizing hormone (LH) and the follicle empowering hormone (FSH), which are called gonadotropins. In juvenile gilts gonadotropin discharge is low, yet at 6 to 8 months of age, when there is the first oestrus it increments drastically. Amid the 2 to multi day time frame only before oestrus, the expansion of LH and FSH cause the follicles on every one of the two ovaries to develop quickly. The follicles emit expanded levels of estradiol, which is a hormone into the blood that causes changes in conduct and physiology of the creature. These progressions are related with the oestrus. Every follicle contains an ovum. At the point when the ovum is discharged and treated by a sperm cell, it forms into an incipient organism. The expansion of estradiol fixation in the blood achieves a limit which triggers a substantial arrival of LH from the pituitary organ around the beginning of oestrus. The arrival of ova from the follicles into the oviducts is empowered by the LH. All things considered, ovulation happens 40 hours after the beginning of oestrus. Preparation of the ova by the sperm cells happens in the oviducts, the tubes between the ovaries and the horns of the uterus, and after that the treated egg moves to the uterus. The locales on the ovaries from which ova are discharged, at that point shape structures that are called corpora lutea. These corpora lutea discharge the hormone progesterone into the blood. Amid the luteal period of the oestrus cycle, which is roughly between day 4 and day 16, progesterone hinders the emission of LH and FSH from the pituitary organ, restraining follicular development. At the point when the ova are not treated amid oestrus or developing lives don't embed in the uterus, around day 16, the uterus begins t emit the hormone prostaglandin-F2o into the blood. This hormone causes the tumbling off or demise of the corpora lutea. This causes the progesterone level to decrease and this permits the expansion of LH and FSH levels, follicle development, and the arrival of oestrus. In a female swine, oestrus happens each 18 to 22 days, except if the cycle is hindered by pregnancy, lactation, poor sustenance, infection, and so forth. In the event that preparation happens and pregnancy is started, the prostaglandin-F2o isn't discharged in the circulation system. The corpora lutea are kept up and discharge elevated amounts of progesterone into the circulation system all through incubation. Progesterone is basic in pregnancy, as it restrains follicular development and uterine compressions. Around day 114 of incubation, the uterus discharges a lot of prostaglandin-F2o into the blood, and this causes the corpora lutea to relapse. The progesterone level is then diminished, uterine constrictions begin and the babies are ousted. Amid lactation, when the pigs are sucking from the sow, LH and FSH are not emitted. At the point when the suckling are weaned, a jolt enables the discharge of gonadotropin to increment and the follicles develop quickly and there is the relating ascend in the coursing levels of estradiol. The sows return in oestrus in seven days in the wake of weaning and estradiol inspires the surge of LH, causing ovulation. Identifying oestrus The location of oestrus is vital for fruitful manual semen injection. The oestrus term is variable, however the normal is 38 hours in gilts and 53 hours for sows. With the high centralizations of estradiol a few sign can demonstrate that the sow or plated is drawing nearer or is in oestrus. These signs are: a red, swollen vulva and augmented clitoris, mucous release from the vulva, anxious and fretful conduct, moving forward and backward along pen allotments, visit pee, expanded vocalization, diminished craving, mounting different females as well as remaining to be mounted by different females, rise of ears, locking knees, and raising the back. The best pointer that female swine are in oestrus and prepared to be mated is the immobilization reaction. At the point when in oestrus they show the immobilization reaction as a response to a blend of visual, sound-related, olfactory and material jolts starting from the hog. It is critical to put a develop hog in contact with the female swine that are being checked for oestrus. The females ought to be checked no less than two times per day, with 12 hours interim in the middle of for more precise judgments. While checking for oestrus, the female ought to be presented to a pig for a few minutes and watched nearly for a few signs. In the event that the female re checked toward the beginning of the day, this ought to be done previously or possibly one hour in the wake of encouraging. Significant vitality use is required for keeping up the immobilization reaction. On the off chance that a plated or sow that is in oestrus ends up exhausted, it might end up inert to pig presentation and not continue an immobilization reaction for a few hours. Amid periods when not checking for oestrus, the pig ought to be avoided the females, since this incredibly improves the probability that sows and gilts in oestrus will show the immobilization reaction when presented to the hog amid the oestrus check. The pig presentation amid oestrus checking ought to be confined to little gathering of females. At the point when the sows and gilts are housed in cartons, a hog ought to be moved in the front of the females, while a second herder applies back weight. On the off chance that the female is in oestrus it advance and expect immobilization reaction and when weight is connected to the back it will push back. This is a successful strategy for identifying oestrus. Inseminating females Dispensable AI gear ought to be utilized and catheters should just be utilized ones, so extraordinary hardware is utilized on various female swine to ensure plant wellbeing. Before inseminating, the vulva ought to be cleaned with a paper towel and the tip of the catheter ought to be covered with a non-spermicidal oil. The lips of the vulva ought to be spread and the rearing catheter embedded. The catheter ought to be calculated marginally upwards while traveled through the regenerative tract. This counteracts section into the urethra, which is the tube prompting the bladder. After wards the catheter ought to be slid delicately through the vagina until the point when the administrator feels opposition. The obstruction demonstrates that the catheter has achieved the cervix. With a spirette-type catheter the instrument ought to be transformed counter-clockwise until the point when it locks into the cervix. At that point to evacuate the spirette, it ought to be turned clockwise while delicately pulled outwards. With a froth tipped catheter, firm forward weight ought to be connected to the catheter until the point when the bulbous tip is bolted into the cervix, and to evacuate the bulbous catheter tip, it ought to be pulled outwards delicately. After the semen and extender is blended delicately, the semen jug, tube, or sack ought to be associated with the open end of the catheter. The semen is administered by tenderly crushing the compartment over a three to five moment period, taking consideration to evade exorbitant reverse of the expanded semen out of the vulva. The tip of the catheter might be hindered against cervical tissues infrequently, obstructing the stream of the semen, and if this happens the catheter ought to be repositioned by turning it. The insemination is less demanding if the female swine is showing the immobilization reaction, despite the fact that it isn't essential. On the off chance that a pig is set in a contiguous pen, it can encourage AI, however then again, immobilization reaction requires extensive vitality consumption and the female may wind up exhausted. At the point when there is an expansive number of sows to be reproduced, some of them may end up headstrong to the hog boosts before manual semen injection. At the point when the hog is available amid managed impregnation, the sow's pituitary organ discharges oxytocin into the circulation system, which a protein hormone. It empowers muscles constrictions of the uterus and oviducts, and these withdrawals make the semen be drawn into the conceptive tract amid AI. This is otherwise called self insemination. On the off chance that the AI specialist applies firm back weight and rubs the flank or udder of the sow amid insemination, he will encourage the self insemination. Timing of insemination Precise oestrus location is the achievement of managed impregnation. Timing of insemination is regularly in view of the time when oestrus is first recognized. Insemination ought to be done preceding ovulation, i.e. most extreme 24 hours before ovulation in sows and greatest of 12 hours before ovulation in gilts. Inseminating twice amid oestrus improves the probability that one will happen amid the ideal time. On the off chance that female swine are in>GET ANSWER