Building Innovation into Outsourcing Relationship Case Study

Building Innovation into Outsourcing Relationship - Case Study Example Therefore, after identifying the innovation process to be implemented, AlphaCorp must understand how the innovation will be incorporated into the intended operation and or processes (Babin & Schuster, 2012). In other words, it is only through understanding the scope of the innovation that costs and services required to initiate and implement such innovations can be determined and analyzed. Â  AlphaCorp and B&B must distinguish between innovation and continuous improvement in the projects they are running or intend to run towards improving their productivity (Babin & Schuster, 2012). They must ever consider or regard all projects or programs that they have never been working on and are intended to be initiated into their systems as a mean of improving their service deliveries and operations as innovative programs or projective. However, there are some programs and projects that have been operating within the system, but they need to be adjusted on for better results (In Hirschheim et al., 2014). The systematic progress on processes that are already existing programs and projects is known as continuous improvement. Notably, well-intended and drafted projects and programs must give room or ways through which continuous improvement will be conducted on them. Â  Finally, AlphaCorp and B&B must know that innovation must always be carried on already existing productions but not new productions or areas (Babin & Schuster, 2012). In some cases, innovations often fail and if such failures are experienced in new production or areas, it will be highly challenging restore the destroyed image of the product or of the company in the new areas it failed due to failed innovation.

Hansen's Disease in Ancient DNA Samples Essay Example | Topics and Well Written Essays - 1500 words

Hansen's Disease in Ancient DNA Samples - Essay Example Mycobacterium leprae, the etiological agent of leprosy was identified by G. H. A. Hansen in the 19th century and therefore leprosy is also called as Hansen's Disease (Alter et al., p.19). â€Å"It is transmitted through mucous secretions of the diseased individual. The symptoms of the disease include hypopigmented lesions enlarged peripheral nerves and skin anesthesia†(Piris et al., p.125) â€Å"Hansen's disease, also known as leprosy, remains an important public health problem throughout the world. The causative microbe in Hansen's disease is Mycobacterium leprae, an acid-fast organism that is difficult to grow in vitro† (Legendre et al., p.27). Hansen's disease is one of the oldest diseases reported in the history. Holy Bible, both New Testaments and Old Testaments, say many incidents related to the leprosy patients. As in the case of AIDS or HIV, it is difficult to predict how leprosy evolved in this world. Medical scientists are currently analyzing ancient DNA sampl es to find out more details about the origin of Hansen's disease. Anuja et al (2011) pointed out that â€Å"tissue changes in oral tissues do happen in some cases of leprosy and the causative organism Mycobacterium leprae can be demonstrated† (Anuja et al., p. 31). ... DNA is the molecule that contains the genetic information needed for a living organism to develop and function. When an organism dies the DNA molecules start to degrade, breaking up into shorter strands. These fragments are sections (?sequences?) of the original DNA and can be used in ancient DNA comparisons and identifications (Elderset al., p.2). â€Å"Ancient DNA studies allowed us to study organisms that went extinct more than ten thousand years ago, to reconstruct their phenotypic traits and evolution† (Grigorenko et al.). According to Mitchel et al., (2005), â€Å"Ancient DNA contains information pertinent to numerous fields of study including evolution, population genetics, ecology, climatology, medicine, archeology, and behavior† (Mitchel et al., p.265). However, it is extremely difficult to collect such DNAs because of the inability of it to survive longer periods. Taking DNA’s from archaeological human remains will help the medical science immensely in getting more details about leprosy. But, it is extremely difficult to detect DNA remnants in Human skeleton collected from countries in which hot and humid conditions exist. For example, it is difficult to collect suitable DNA samples from human skeletons found in Asian countries because of the comparatively hot climate exists in this part of the world. An integral aspect of any ancient DNA (aDNA) work is to deal with inevitably aged and degraded specimens, most commonly bones or teeth. Despite countless samples being available, only a few are suitable for aDNA studies as little or no DNA has survived over time. In the attempt to facilitate the identification of samples with adequate DNA preservation, indirect measures of preservation have been