There has, however, been a move in general philosophy of science that,

Question Answered step-by-step There has, however, been a move in general philosophy of science that,if acceptable, would transform the relationship between the taxonomic and explanatory features of species. This move was influentially initiated by Richard Boyd (1999a). It begins with the claim that the attempt to define natural kinds in terms of spatiotemporally unrestricted, intrinsic, necessary and sufficient conditions is a hangover from empiricism that should be abandoned by realistGiven that no two individuals look exactly alike (apart from identical twins) it will come as no surprise that this is reflected in our DNA. What is surprising is the amount of variation between us. Looking at any one human genome, compared with the reference sequence, we would find approximately 3 million SNPs, and approximately 2000 structural variants. The genomes of any two unrelated individuals will differ in approximately 0.5% of their DNA (approximately 15 million bp), and most of this variation can be attributed to CNVs and large deletions. Although much of the variation in our genome lies within the non-coding DNA, we now know that, on average, each individual has several hundred variants that are either known, or predicted, to be damaging to gene function, including roughly 85 variants that lead to truncated (incomplete) protein products. Furthermore, the total number of functional genes per human genome may vary by up to 10% between individuals as a consequence of CNVs, large deletions and loss-of-function variants. Faced with this enormous level of variation you might wonder, not why some individuals are affected by disease due to inherited ‘mutations’, but rather how any of us manage to remain relatively healthy! Clearly there is no requirement for all of our genes to be functional: for many genes only one working copy is required, and in other cases there appears to be a level of redundancy or plasticity built into the system. However it is becoming increasingly apparent that some of the variations in our genomes may lead to higher susceptibility to common diseases. metaphysics. Instead, natural kinds should be understood as kinds that support induction and explanation, where generalisations at work in such processes need not be exceptionless. Thus understood, essences of natural kinds, i.e., their “natures”, need be neither intrinsic nor be possessed by all and only members of the kinds. Instead, essences consist of property clusters integrated by stabilising mechanisms (“homeostatic property clusters”, HPCs). These are networks of causal relations such that the presence of certain properties tends to generate or uphold others and the workings of underlying mechanisms contribute to the same effect. Boyd names storms, galaxies and capitalism as plausible examples (Boyd 1999b: 82ff.). However, he takes species to be the paradigmatic HPC kinds. According to this view, the genealogical character of a species’ nature does not undermine its causal role. Rather, it helps to explain the specific way in which the properties cohere that make up the taxon’s essence. Moreover, these can include extrinsic properties, for example, properties of constructed niches (Boyd 1991: 142, 1999a: 164ff.; Griffiths 1999: 219ff.; R. Wilson et al. 2007: 202ff.).How would a nurse integrate these teaching tools into daily nursing practice?• Which tools are the most effective?• Do the resources reach across the lifespan?• Is the use of social media effective?Whether such an account can indeed adequately explain taxonomic practice for species taxa is a question that can be left open here (see Ereshefsky & Matthen 2005: 16ff.). By its own lights the account does not identify conditions for belonging to a species such as Homo sapiens (Samuels 2012: 25f.). Whether it enables the identification of factors that play the explanatory roles that the term “human nature” might be supposed to pick out is perhaps the most interesting question. Two ways in which an account of human nature might be developed from such a starting point have been sketched.Mutual patterning of the human and environmental fields includes:• sharing knowledge• offering choices• empowering the patient• fostering patterning• evaluation• repeat pattern appraisal, which includes nutrition, work/leisure activities, wake/sleep cycles, relationships, pain, and fear/hopes• identify dissonance and harmony• validate appraisal with the patient• self-reflection for the patientAsha Singh is a 49-year-old woman who recently moved from Southern India.  Asha has found moving to a new country challenging, she has struggled with the cultural change and has found it hard to settle into her new environment. She moved to Australia to a moderate size rural township, with her husband Rahul and their three school aged children, Arman (16), Panav (14) and Anaya (13). They all attend the local high school. The children have settled into school well and her husband has started his new job, Asha finds herself alone and isolated, as she has not developed friendships at this point in time. The rest of her family are assimilating well into the new country and home. Asha was woken overnight with an unusual heavy feeling in her chest, she ate late the evening before so thought it may have just been a little indigestion. She felt anxious but this feeling of anxiety has been with her a lot lately, and was also finding it difficult to breath, she put this down to her anxiety and fell back to sleep. The following morning she woke without pain and did not mention anything to her husband as she did not want to worry him and carried on with her morning. As the morning progressed she was busy tidying the house and preparing the evening meal. The pain in her chest returned, this time it felt very heavy and she started to feel dizzy, anxious and was having difficulty breathing. She decided to call her husband, he called an ambulance and left work to be with his wife. Asha was transported to hospital, she was diagnosed with a having a ST Elevated Myocardial Infarction (STEMI). Asha has a medical history of hypertension, she is also overweight and has never enjoyed exercise. Her new doctor has started her on Ramipril 5mg nocte, she has been compliant with her medication as both her parents had high blood pressure and they both have died from cardiac disease. Asha is a non-smoker and eats a very traditional Indian diet. Asha needs to undergo thrombolytic therapy to dissolve the clot in order for myocardium reperfusion to occur, as the closest cardiac catheterisation lab is 2 hours away. Her vitals were taken on route to ED and the findings were:RR – 24SpO2 – 93%BP- 160/98HR – 75Temp – 36.8Pain – 7/10BGL – 9.5mmol/LHer ECG 6. how are others in the situation viewing the problem?7. what is the history of the problem? 8. who has the political power in the situation? 9. who needs to know more about the problem?  10. how effective are the current programs, strategies, and policies? 11. what are the economic inequalities in the situation? 12. what are the barriers to solving the problem?  13. what strategies may alleviate the problem?   Health Science Science Nursing Share QuestionEmailCopy link Comments (0)