Thursday, February 27, 2020

The Impact Of Technology On Modern Warfare Research Proposal

The Impact Of Technology On Modern Warfare - Research Proposal Example In this respect, it will be critical to highlight the history of modern technology in modern warfare. After exploring the history of technology in warfare over time, transitions from one technology to another will be considered. Computer and the internet era, information technology, surveillance, intelligence, weapon accumulation, and fire volumes (Singer 77) will be explored in detail. Use of different sources will provide key insights in this section. Following massive technological developments, it is evident that modern warfare practices are more effective and efficient compared to both World War I and II (Chakrabarti 57). This section will consider current state of affairs as far warfare activities are concerned. Command and control of modern warfare is an intensive and extensive exercise. This exercise encompasses the use of computer, surveillance, information, target acquisition, and communication systems (Loo 91). For successful, effective, and efficient execution of contemporary warfare, it is critical to integrate these systems. This section will explore strategies, actions, and policies that aid in the integration of the aforementioned systems. The continued use of advanced technologies in warfare comes with a number of advantages. Primary advantages of technology in warfare include faster, quicker, and more destructive combat, nuclear weapons, employment of information war as opposed to physical combat, relieving soldiers of heavy load during combat, use of drones, communication anytime anywhere, and global communication and surveillance among others (Howorth 106). Amid the above-highlighted advantages of technology in modern warfare, critical technological vulnerabilities are evident. Privacy and security of software used by military and related agencies could be in jeopardy if massive caution and protection are not in place (Percy 83). Hacking and other forms of cybercrimes are also critical to the prospects of

Tuesday, February 11, 2020

Human genome project (PCR) Essay Example | Topics and Well Written Essays - 3000 words - 1

Human genome project (PCR) - Essay Example The projects looks at the relationship between the SHGB and PCOS and focuses on the molecular basis of disease and how the changes in the SHBG gene relate to the disease as well as to other health conditions such as cancer. SHBG is the principal plasma transport protein for sex steroid hormones and it controls the bioavailability of these hormones to the target tissues. The gene encoding SHBG is compound and any of numerous polymorphisms in SHBG have been linked with changes in circulating SHBG levels. Studies of Epidemiological have shown that low plasma SHBG levels are an insulin resistance early indicator and they can predict the development of type diabetes mellitus 2 (T2DM) in both women and men (Chittenden & Maheshwari, 2009). The sex hormone-binding globulin gene is also known as (ABP) androgen binding protein. Even though, associations linking low SHBG levels and the risk of diabetes might be explained by the theory that elevations in insulin levels suppress the production of hepatic SHBG (Cangemi et al, 2011), modern studies are documenting that the SHBG-altering polymorphisms transmission are connected with risk of T2DM imply that SHBG can have an additional direct physiologic task in glucose homeostasis. Nevertheless, the precise mechanisms underlying this connection are unknown. A non-diabetic woman with the (PCOS) polycystic ovary syndrome, a widespread endocrine disorder that is linked with insulin resistance, similarly demonstrates lower SHBG levels. In this report, we evaluate studies investigating the connection between SHBG polymorphisms and PCOS. Numerous studies in women with PCOS prove that certain genetic polymorphisms are connected with circulating SHBG levels, but they are not constantly connected with PCOS. (Chen et al. 2010) The SHBG has a number of functions that include steroid binding, physiological functions