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Use questions to erectile dysfunction quad mix cheap super p-force oral jelly on line help students recognize appropriate quantitative traits in plants that are growing in the classroom impotence guidelines cheap super p-force oral jelly 160 mg on-line. They usually have little problem coming up with a design for a selection experiment once they have an appropriate trait selected erectile dysfunction treatment yoga buy discount super p-force oral jelly 160mg on line. In Fast Plants, appropriate traits include number of trichomes, amount of purple anthocyanin, and plant height. Logistically, the first part of the lab requires quite a bit of coordination and sharing of duties among all students in the class. Artificial selection experiments require a relatively large population of plants with ample phenotypic variation. The numbers involved are not very workable for the individual student or even for a small group of students. For this reason, it is recommended that the first step of this lab be conducted at the class level. Require each student in your class to care for enough plants to achieve this population size. This size of population will generally express adequate phenotypic variation for a trait, such as trichomes. Consider directing your students toward this trait because trichomes are quantifiable. One possible sampling procedure would be to count the hairs along the edge of the right side Investigation 1 T51. One possible method is to record the number of trichomes on a small plastic stake for each plant. Students record the number of hairs on a stake and place it near the appropriate plant. This stock offers a unique advantage in addition to expressing some variation in hairiness. That is, it is heterozygous for two Mendelian traits, green/ light green leaves and with anthocyanin (purple stems) and without anthocyanin. By using this stock and carefully managing the pollination and the offspring, your class can begin two separate investigations with one seed generation. Your class can investigate artificial selection with the quantitative trait of hairiness or stem color, and with the same plant population you can raise an F2 generation of a dihybrid cross for a classical Mendelian investigation on genetics. The advantage is that the 90% of the population not selected for hairs can continue to be grown by the individual students to produce an F2 generation. It is recommended that you build your own light racks and growing systems following the instructions available from the Wisconsin Fast Plant website. Light systems constructed by you are generally more cost effective than commercial products and can be custom designed for your room. Allow students to grapple with the data analysis and ways they will report their data. In case they struggle, you might suggest that they graph the frequency distribution of the trait (the number of plants within a specific interval) by constructing histograms like Figures 1 and 2 in their report. Trichome Distribution: First Generation Trichome Distribution: Second Generation 25 20 Number of Plants 15 10 5 0 0 5 10 15 20 25 30 35 40 45 50 More Trichome Number Figure 2. Trichome Distribution: Second Generation Summative Assessment For the first part of the investigation, you might want to have students or student groups develop individual online or digital presentations of the compiled work on artificial selection. While the class shares results and data collection methods, the data analysis and presentation of results are still the responsibility of the individuals or groups. This work would be enhanced if illustrated with digital images taken by students over the course of the selection experiment. The true summative assessment for this work will be revealed in the quality of the questions and work that the students propose for the final part of the investigation. Consider having the students construct and present miniposters that represent their research as a summative assessment. First, have them present and defend posters to each other and provide peer review. Encourage the students to utilize the same rubric that Investigation 1 T53 you choose to evaluate their research project. Give them an opportunity to modify their posters before you evaluate the work with the same rubrics. Miniposters have an advantage over traditional posters by not requiring quite so much time.


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Heart: Periodontal disease has been linked to erectile dysfunction in 40s discount 160 mg super p-force oral jelly visa significant changes in the cardio-pulmonary system erectile dysfunction after radiation treatment prostate cancer order super p-force oral jelly without a prescription. Several studies have suggested that oral bacteria can adhere to erectile dysfunction supplements super p-force oral jelly 160 mg with amex previously damaged heart valves leading to endocarditis. While ischemic heart disease is not a common problem in veterinary patients, numerous studies have linked periodontal disease and oral bacteremias to myocardial infarctions and other histological changes in humans (Southerland et al 2006, Arbes et al 1999, Matilla et al 1989, Loos et al 2000, Janket et al 2003, Joshipura et al 1996, Franek et al 2005, Glickman et al 2009, Geerts et al 2004, Beck et al 1996, Spahr et al 2006) (Arbes et al 1999) In addition, the endothelial function of the heart muscle is negatively affected by periodontal disease. Finally, there are studies which found periodontal infections to directly cause atherosclerosis in pigs and mice (Brodala et al 2005, Lalla et al 2003). C reactive protein and other inflammatory markers are increased in periodontal disease and are associated with myocardial infarction. Oral infections are also known to exacerbate chronic respiratory diseases and proper care will decrease these consequences (Scannapieco et al 1998, Nagatake et al 2002, Kawana et al 2002, Adachi et al 2007, Adachi et al 2002). Other deleterious effects: Diabetes mellitus Numerous studies have established a strong link between diabetes and increased periodontal disease, as well as between periodontal disease and an increase in insulin resistance (Nesbitt et al 2010, Benguigui et al 2010, Nagata 2009, Nishimura et al 2005, Ekuni et al 2010, Al-Emadi et al 2010). This makes sense, as any acute infection (bacterial or viral) will increase insulin resistance and worsen glycemic control, even in non-diabetic patients (Yri-Jarvinen et al 1989, Grossi et al 2004, Zadik 2010). This means that periodontal disease lends to not only poor diabetic control, but maybe more importantly to the increased severity of diabetic complications (wound healing, microvascular disease) as well as cardiac and renal disease (Iacopino et al 2001, Taylor et al 1996, Thorstensson et al 1996, Tsai et al 2002, Southerland et al 2006, Saremi et al 2005, Thorstensson et al 1996). Malignancies: While far from definitive due to the large number of confounding factors (Meyer et al 2008), recent studies are proposing a link between periodontal disease and distant neoplasia such as gastrointestinal, kidney, pancreatic, and hematological cancers. Chronic inflammation: It has been proven that periodontal disease can elicit an increase in inflammatory lipids as well as an overall lipidemic state (Nibali et al 2007, Lah et al 2003, Renvert et al 1996, Scannapieco 2004, Rawlinson et al 2005, Winning et al 2015, (Moutsopoulos and Madianos 2006, Iacopino and Cutler 2004, Ebersole et al 1999, Salvi et al 1998). Early mortality: A strikingly significant indicator of the degree to which periodontal disease affects overall health is demonstrated in mortality studies. When all other risk factors are ruled out, periodontal disease has been shown to be a significant predictor of early mortality in human beings (Jansson et al 2002, Avlund et al 2009, Holm-Pedersen et al 2008). In fact, one study reported that severe periodontal disease is a higher risk factor than smoking (Garcia et al 1998). Systemic benefits of periodontal therapy: While these numerous studies do not prove a cause and effect relationship, the sheer numbers are highly suggestive of a link. However, further support for the role that periodontal disease plays in systemic disease is provided by studies that show improvement in health markers following periodontal therapy. Periodontal therapy can decrease the level of circulating inflammatory products and improve endothelial function (Correa et al 2010, Duarte et al 2010, Mercanoglu et al 2004, Hayashi et al 2017). There is also evidence to suggest that periodontal therapy improves renal function (Artese et al 2010, Grazini et al 2010, Hayashi et al 2017). Periodontal therapy has been shown to improve liver values and increase lifespan in patients with cirrhosis (Hayashi et al 2017, Tomofuji et al 2009, Lins et al 2011, Grшnkjжr 2015). Conclusion: While the aforementioned studies are not definitive, periodontal disease is an infectious process that requires affected patients to deal with dangerous bacteria on a daily basis, leading to a state of chronic disease (Harvey and Emily 1993, Holmstrolm et al 1998). Therefore, we must learn to view periodontal disease as not merely a dental problem that causes bad breath and tooth loss, but as an initiator of more severe systemic consequences. As one human text states, "Periodontitis is a gram-negative infection resulting in severe inflammation, with potential intravascular dissemination of microorganisms throughout the body" (Mealey and Klokkevold 2006). This is echoed by additional authors who state: "Periodontal disease is clearly an important and potentially life threatening condition, often underestimated by health professionals and the general public". Key Points: Periodontal disease is by far the most common medical condition in small animal veterinary patients. Plaque forms within 24 hours, calculus within 3 days and gingivitis begins as early as 2 weeks. Periodontal inflammation is caused by subgingival plaque; therefore, control of plaque needs to address both supra- and more importantly subgingival plaque to be effective at controlling disease. National Companion Animal Study (1996) University of Minnesota Center for companion animal health. El al (1995): Occurrence of gram-negative black-pigmented anaerobes in subgingival plaque during the development of canine periodontal disease. Westfelt E, Rylander H, Dahlen G, Lindhe J (1998) the effect of supragingival plaque control on the progression of advanced periodontal disease. Rosenquist K (2005) Risk factors in oral and oropharyngeal squamous cell carcinoma: a population-based case-control study in southern Sweden. Talamini R, Vaccarella S, Barbone F, Tavani A, La Vecchia C, Herrero R, Muсoz N, Franceschi S (2000) Oral hygiene, dentition, sexual habits and risk of oral cancerBr J Cancer, 83 (9).

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Type 2 diabetes frequently goes undiagnosed for many years because hyperglycemia develops gradually and erectile dysfunction treatment hypnosis generic 160 mg super p-force oral jelly free shipping, at earlier stages erectile dysfunction from nerve damage purchase discount super p-force oral jelly online, is often not severe enough for the patient to impotence only with wife order super p-force oral jelly 160 mg online notice the classic diabetes symptoms. Nevertheless, even undiagnosed patients are at increased risk of developing macrovascular and microvascular complications. Whereas patients with type 2 diabetes may have insulin levels that appear normal or elevated, the higher blood glucose levels in these patients would be expected to result in even higher insulin values had their b-cell function been normal. Insulin resistance may improve with weight reduction and/or pharmacological treatment of hyperglycemia but is seldom restored to normal. The risk of developing type 2 diabetes increases with age, obesity, and lack of care. In adults without traditional risk factors for type 2 diabetes and/or younger age, consider antibody testing for type 1 diabetes. Screening and Testing for Type 2 Diabetes and Prediabetes in Asymptomatic Adults Screening for prediabetes and type 2 diabetes through an informal assessment of risk factors (Table 2. Prediabetes and type 2 diabetes meet criteria for conditions in which early detection is appropriate. There is often a long presymptomatic phase before the diagnosis of type 2 diabetes. There are effective interventions that prevent progression from prediabetes to diabetes (see Section 5 "Prevention or Delay of Type 2 Diabetes") and reduce the risk of diabetes complications (see Section 9 "Cardiovascular Disease and Risk Management" and Section 10 "Microvascular Complications and Foot Care"). Although screening of asymptomatic individuals to identify those with prediabetes or diabetes might seem reasonable, rigorous clinical trials to prove the effectiveness of such screening have not been conducted and are unlikely to occur. A large European randomized controlled trial compared the impact of screening for diabetes and intensive multifactorial intervention with that of screening and routine care (29). General practice patients between the ages of 40 and 69 years were screened for diabetes and randomly assigned by practice to intensive treatment of multiple risk factors or routine diabetes care. Computer simulation modeling studies suggest that major benefits are likely to accrue from the early diagnosis and treatment of hyperglycemia and cardiovascular risk factors in type 2 diabetes (30); moreover, screening, beginning at age 30 or 45 years and independent of risk factors, may be cost-effective (,$11,000 per quality-adjusted life-year gained) (31). Additional considerations regarding testing for type 2 diabetes and prediabetes in asymptomatic patients include the following. Medications Certain medications, such as glucocorticoids, thiazide diuretics, and atypical antipsychotics (36), are known to increase the risk of diabetes and should be considered when deciding whether to screen. Testing Interval Screening recommendations for diabetes in asymptomatic adults are listed in Table 2. Screening should be considered in overweight or obese adults of any age with one or more risk factors for diabetes. The rationale for the 3-year interval is that with this interval, the number of falsepositive tests that require confirmatory testing will be reduced and individuals with false-negative tests will be retested before substantial time elapses and complications develop (37). Community screening outside a health care setting is not recommended because people with positive tests may not seek, or have access to, appropriate follow-up testing and care. Screening in Dental Practices Because periodontal disease is associated with diabetes, the utility of chairside screening and referral to primary care as a means to improve the diagnosis of prediabetes and diabetes has been explored (39­41), with one study estimating that 30% of patients $30 years S18 Classification and Diagnosis of Diabetes Diabetes Care Volume 40, Supplement 1, January 2017 of age seen in general dental practices had dysglycemia (41). Further research is needed to demonstrate the feasibility, effectiveness, and cost-effectiveness of screening in this setting. Screening and Testing for Type 2 Diabetes and Prediabetes in Children and Adolescents Table 2. In the last decade, the incidence and prevalence of type 2 diabetes in adolescents has increased dramatically, especially in racial and ethnic minority populations (23). However, many of these studies do not recognize that diabetes diagnostic criteria are based on long-term health outcomes, and validations are not currently available in the pediatric population (43). B Women with a history of gestational diabetes mellitus found to have prediabetes should receive intensive lifestyle interventions or metformin to prevent diabetes. Diagnosis Definition c c c Test for undiagnosed diabetes at the first prenatal visit in those with risk factors, using standard diagnostic criteria. The ongoing epidemic of obesity and diabetes has led to more type 2 diabetes in women of childbearing age, with an increase in the number of pregnant women with undiagnosed type 2 diabetes (47). Women diagnosed with diabetes in the first trimester should be classified as having preexisting pregestational diabetes (type 2 diabetes or, very rarely, type 1 diabetes).

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In devising approaches to erectile dysfunction when drugs don't work cheap super p-force oral jelly 160mg online support disease self-management erectile dysfunction 29 buy super p-force oral jelly line, it is notable that in 23% of cases erectile dysfunction treatment history order super p-force oral jelly in united states online, uncontrolled A1C, blood pressure, or lipids were associated with poor medication adherence (15). Barriers to adherence may include patient factors (remembering to obtain or take medications, fear, depression, or health beliefs), medication factors (complexity, multiple daily dosing, cost, or side effects), and system factors (inadequate follow-up or support). A patient-centered, nonjudgmental communication style can help providers to identify barriers to adherence as well as motivation for self-care (17). Nurse-directed interventions, home aides, diabetes education, and pharmacyderived interventions improved adherence but had a very small effect on outcomes, including metabolic control (27). Success in overcoming barriers to adherence may be achieved if the patient and provider agree on a targeted approach for a specific barrier (10). For example, simplifying a complex treatment regimen may improve adherence in those who identify complexity as a barrier. Optimal diabetes management requires an organized, systematic approach and the involvement of a coordinated team of dedicated health care professionals working in an environment where patientcentered high-quality care is a priority (6). Three specific objectives, with references to literature outlining practical strategies to achieve each, are as follows. The care team, which includes the patient, should prioritize timely and appropriate intensification of lifestyle A characteristic of most successful care systems is making high-quality care an institutional priority (28). Changes that increase the quality of diabetes care include providing care on evidence-based guidelines (21); expanding the role of teams to implement more intensive disease management strategies (6,24,29); tracking medication adherence at a system level (15); redesigning the care process (30); implementing electronic health record tools (31,32); empowering and educating patients (33,34); removing financial barriers and reducing patient out-of-pocket costs for diabetes education, eye exams, self-monitoring of blood glucose, and necessary medications (6); assessing and addressing psychosocial issues (26,35); and identifying/developing/engaging community resources and public policy that support healthy lifestyles (36). Initiatives such as the Patient-Centered Medical Home show promise for improving S8 Promoting Health and Reducing Disparities in Populations Diabetes Care Volume 40, Supplement 1, January 2017 outcomes by coordinating primary care and offering new opportunities for team-based chronic disease management (37). Additional strategies to improve diabetes care include reimbursement structures that, in contrast to visitbased billing, reward the provision of appropriate and high-quality care to achieve metabolic goals (38), and incentives that accommodate personalized care goals (6,39). Type 2 diabetes develops more frequently in women with prior gestational diabetes mellitus (43) and in certain racial/ethnic groups (African American, Native American, Hispanic/ Latino, and Asian American) (44). Women with diabetes are also at greater risk of coronary heart disease than men with diabetes (45). Access to Health Care c c Providers should assess social context, including potential food insecurity, housing stability, and financial barriers, and apply that information to treatment decisions. B Patients should be provided with selfmanagement support from lay health coaches, navigators, or community health workers when available. A Socioeconomic and ethnic inequalities exist in the provision of health care to individuals with diabetes (46). For example, children with type 1 diabetes from racial/ethnic minority populations with lower socioeconomic status are at risk for poor metabolic control and poor emotional functioning (47). Significant racial differences and barriers exist in self-monitoring and outcomes (48). Lack of Health Insurance care community linkages are receiving increasing attention from the American Medical Association, the Agency for Healthcare Research and Quality, and others as a means of promoting translation of clinical recommendations for lifestyle modification in real-world settings (53). Strong social support leads to improved clinical outcomes, a reduction in psychosocial issues, and adoption of healthier lifestyles (59). Food Insecurity the causes of health disparities are complex and include societal issues such as institutional racism, discrimination, socioeconomic status, poor access to health care, education, and lack of health insurance. Social determinants of health can be defined as the economic, environmental, political, and social conditions in which people live, and are responsible for a major part of health inequality worldwide (40). Given the tremendous burden that obesity, unhealthy eating, physical inactivity, and smoking place on the health of patients with diabetes, efforts are needed to address and change the societal determinants of these problems (41). Ethnic/Cultural/Sex Differences Not having health insurance affects the processes and outcomes of diabetes care. Individuals without insurance coverage for blood glucose monitoring supplies have a 0. In a recent study of predominantly African American or Hispanic uninsured patients with diabetes, 50­60% had hypertension, but only 22­ 37% had systolic blood pressure controlled by treatments to under 130 mmHg (50). The Affordable Care Act has improved access to health care; however, many remain without coverage ( System-Level Interventions Eliminating disparities will require individualized, patient-centered, and culturally appropriate strategies as well as system-level interventions. Structured interventions that are developed for diverse populations and that integrate culture, language, finance, religion, and literacy and numeracy skills positively influence patient outcomes (51). Community Support Ethnic, cultural, and sex differences may affect diabetes prevalence and outcomes. The rate is higher in some racial/ethnic minority groups including African American and Latino populations, in low-income households, and in homes headed by a single mother.

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