Induced pluripotent stem cell

Fund Stem Cell Research in Regard to Ethics? Jake Gilman Ms. Johnson A.P. Language and Composition Gilman 1 He was dying. 31-year-old Edgar Irastorza, a Miami property manager, had a heart attack on October 2008 due to excessive weight gain and a hereditary cholesterol problem. Although he survived the attack, it resulted in massive scar tissue damage in his heart. At this point in time, Edgar knew he had to get help, and fast. In Karen Weintraub’s article “The Trials of Stem Cell Therapy

medicine, geneticists, and mechanics, but truly, the most prospective of all the methods is via biomedical engineering. Within biomedical engineering, through a method called Bioprinting, scientists can now create new organs out of the patient’s own cells, and have been doing so since 1999 (11). It works like this. First you start with a blueprint outlining the desired structure of the organ(22). Then you move onto the 3d printing machine, such as a Regonovo capable of running the inkjet sub-method

Social and Ethical Technology Concerns-Biotechnology Biotechnology is technology based on living organisms. It harnesses cellular and biomolecular processes to develop technologies or products which are immensely useful to mankind. Biotechnology modifies living organisms according to our needs. Humans have employed this tool in the fields of agriculture, food industry and medicine for more than 6000 years. We see numerous biotechnological applications in our every-day life. Preparation of food products

Intrauterine stem cell therapy (IUSCT) refers to treatment of a variety of fetal genetic disorders thought transplantation of either allogenic or genetically modified autologous stem cells. Stem cells become incorporated into the recipient tissue to start proliferation and differentiation through their pluripotent or multipotent potential to compensate for the missing or defective protein. This could be useful in treating fetal genetic disorders which are considered to be perinatally lethal or associated

organ failure 2. Tooth loss not only cultivates medical problems and pain, but also lowers one’s quality of life, a field receiving increasing attention in the healthcare community. Dental caries is an infectious disease characterized by bacterially induced decay of the tooth that damages tooth enamel, dental pulp, and dentin. According to the Center for Disease Control (CDC), 50% of Americans experience tooth decay

the reconnection of epithelium cells, but severe damage may require antibiotics and a sealant to prevent infection and

Stem cell based research/therapy is a very controversial subject because of the concerns about the ethical use of stem cells in research. Stem cells have the potential to change the world; there are tons of research into the possibilities of curing and treating many different ailments and diseases. Stem cell research can save lives and alleviate the pain people go through. If there’s a way to save lives and keep people from suffering, why not give it a try? I have reviewed literature on stem cells

three copies, causing intellectual and physical growth delays. The four types of structural abnormalities are chromosomal deletions, duplications, translocations, inversions, and rings. When chromosome mutations are created, either through a mistake in cell division or by a mutagen, protein synthesis is affected. The structural changes can produce a varying degree of developmental difficulties in an individual, depending on which genes experiences the structural change. Chromosome changes are often damaging

The ethical and religious debate over stem cell usage and development is hindering our ability to advance medically and cure more disease. The mid 1800s marked the beginning of stem cell research through the finding that some cells had the ability of regenerating other cells. The first embryonic stem cell lines were developed by James Thompson (University of Wisconsin-Madison) when he isolated cells from the inner cell mass of early embryos. In 1998, the same year of James Thompson’s discovery, “John

(2007-Present) Harvard Medical School, Boston, MA 02115 Contributed to a multidisciplinary research project on molecular mechanisms of aging and neurodegenerative diseases  Develop disease models using CRISPR-mediated genome editing technique in induced pluripotent stem cells  Hands-on experience in the identification and validation of disease-associated mutations and single nucleotide polymorphisms (SNPs) using genomics and cytogenetics data  Identify