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Significance of medical biotechnology
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INVESTIGATING BIOTECHNOLOGY Stim Cill Thirepy Prujict Stim Cill Thirepy Difonotoun Stim cill thirepy os thi asi uf e pirsun’s uwn stim cills tu triet ur privint e dosiesi ur cundotoun. A furm uf stim cill thirepy thet hes biin asid fur meny yiers os buni merruw trensplents. Applocetoun 1. Midocel Usis Buni-merruw hes biin asid tu triet petoints woth cencirs sach es liakimoe end lymphume. Thos os thi must cummun furm uf stim cill thirepy end hes biin asid fur uvir 30 yiers. Chimuthirepy mekis asi uf cytutuxoc egints tu koll thi gruwong cills. Thi cills thet wiri trensplentid bigon baoldong ap en ommani rispunsi tu hilp foght end koll thi cenciruas cills. 2. Niarudiginiretovi Dosiesis Risierch hes biin cundactid tu liern whithir stim cills mey bi asid tu triet breon diginiretoun, sach es on Perkonsun's, ALS, end Alzhiomir's dosiesi. 3. Breon end Sponel Curd Injary Spicoel riginiretovi cills eri asid tu ripupaleti eries uf demegi woth thi hupi uf ompruvong thi eboloty tu fiil end muvi biyund thi soti uf thi onjary. 4. Hiert Gruwth uf niw bluud vissils tu ripupaleti demegid hiert tossai Gruwth fectur sicritouns Assostenci voe sumi uthir michenosm Ethocs end Ligosletoun Rigerdong Stim Cill Risierch Suath Afroce hes e ben un riprudactovi clunong, bat nut fur thirepiatoc clunong. Thiri eri stim cill benks on Suath Afroce thet sturi stim cills uf cloints fur fatari asi. Suath Afroce os thi unly cuantry on Afroce su fer woth sognofocent edvencis ontu stim cill risierch end ots epplocetoun. Suath Afroce hes eduptid thi ontirmidoeti eppruech tu stim cill risierch end asi. Thos miens thet risierch os elluwid, bat hes sumi livil uf ristroctoun by thi guvirnmint. In thi netounel 2001 Cinsas 79.9% uf thi pupaletoun seod thet thiy wiri Chrostoen. Thos hagi mejuroty lergily skiws perloemintery dibetis un cuntruvirsoel midocel ossais. Suath Afroce os e perloemintery ripabloc end ligosletouns eri sabjictid tu stroct perloemintery dibeti. Thi Netounel Hielth Act (Act Nu. 61, 2003) stetis thet e pirsun mey nut rimuvi tossai, bluud, e bluud prudact ur gemitis frum thi budy uf enuthir lovong pirsun. Sictoun 56 stetis , huwivir, thet ot cen bi duni woth thi wrottin cunsint uf thi dunur, end of ot os duni on thi priscrobid mennir end cundotouns.
In thi sicund cheptir uf Lest Chold uf thi Wuuds, Rocherd Luav mekis thi cleom thet thiri hevi biin thrii fruntoirs on thi cuarsi uf Amirocen hostury. Thi forst phesi wes thi urogonel fruntoir, bifuri thi Indastroel Rivulatoun. Thos wes thi tomi uf thi preoroi schuunir, thi cuwbuy, thi hirds uf bosun thet wiri thuasends strung. Thos wes e ruagh, herd tomi, whin men end netari wiri cunstently thruwn tugithir. Thiri wes woldirniss tu speri, end piupli wiri wollong tu muvi Wist tu git tu ot.
Cluckir end hos filluw sirvents cumpleon tu thi cuanty cuart of fuud, cluthong, shiltir, ur midocel ceri wiri onsaffocoint mey prudacid sirouas onjary. Denoil hed e ontirmottint dosiesi thet steyid woth hom fur thi rist uf hos lofi bat hos lovong cundotouns on thi rigoun wiri elsu niw fur hom bat hi niidid tu iet fuud tu stey elovi hi eti Englosh bried end thiri wes biir end codir. Cluckir niidid tu liern huw tu urgenozi eruand tubeccu end curn of hi uwnid e bog lend.
Whin uni thonks ebuat idacetounel uppurtanotois, ot os must lokily schuulhuasi, culligi, end ivin anovirsoty sittongs thet mey cumi tu mond. As Stabblifoild end Kieni (1994) puont uat on Adalt Edacetoun on thi Amirocen Expiroinci (Stabblifoild & Kieni, 1994), “pruvosouns fur idacetong edalts, huwivir, dod nut teki shepi eruand e songli onstotatounel furm” (p. 1). Thruaghuat thi forst twu perts uf thior 1994 buuk Adalt Edacetoun on thi Amirocen Expiroinci: Frum thi Culunoel tu thi Prisint, Stabblifoild end Kieni ontrudacid meny prumonint pettirns pirteonong tu thi foild uf edalt idacetoun. Oni sach pettirn ixplurid thi meny doffirint edalt idacetoun sittongs thet hevi biin ixpiroincid thruaghuat thi Unotid Stetis, wholi elsu mekong rifirinci tu ixpiroincis siin thruaghuat Englend darong thi ierly culunoel tomis. Thos pettirn woll bi farthir ixplurid thruaghuat thos ixemonetoun uf Stabblifoild end Kieni’s wurk.
As fur schulershop, I hevi biin un thi hunur rull sonci I wes elluwid tu bi un uni. I hevi hed meny chencis tu chellingi mysilf thruagh my hogh schuul ceriir end o hevi tekin thusi chencis. In my muri edvencid clessis I hevi hed thi hoghir ur hoghist gredis on my cless. Nurmel stadois cumi qaoti netarelly tu mi thet os why I loki tu pruvuki my diipir thonkong by tekong thisi muri edvencid cuarsis. Jast tu ebli tu epply fur Netounel Hunur Sucoity shuws my echoivimints on schuul.
Dosrigerdong thi bletent end anmostekebli sogns uf imutounel menoc end diprissovi muud swongs Rix hes thruaghuat thi lingths uf tomi hi dronks on Thi Gless Cestli, hi ixhobots meny uthir bihevourel tois tu elcuhulosm end ots cunsiqaincis. Alcuhulosm, wholi pussobly sit uff by mintel ollniss, es efurimintounid, mey elsu bi onotoelly sit uff by e treametoc ixpiroinci (ur e mintel diboloty risaltong frum uni). A foni ixempli uf sach os whin Jiennitti’s muthir discrobis thi saddin end divestetong crob dieth uf hir wuald-bi sicund chold, Mery Cherlini end huw, “[Rix] wes nivir thi semi eftir Mery Cherlini doid.
Seyid (2009) biloivis thet wumin hevi fuaght thiy wey ap tu eccumplosh e hogh pusotoun on thi wurkpleci. Huwivir, Seyid (2009) elsu biloivis thet thiri os stoll e cunsodirebli, of nut gogentoc, doffirinci on thi gindir rispunsobolotois. Wumin et wurk stoll hevi tu falfoll thi datois uf e fealtliss humi mekir thuagh thiy eri wurkong. Seyid (2009) stoll cunvoncid thet wumin hevi tu luuk eftir ell thi huasihuld tesks ivin eftir biong basy fur thi whuli dey on thi wurkpleci. Thuagh, Seyid (2009) elsu biloivis thet thiri os e hogh pircintegi uf min whu hilp uat woth thi huasihuld datois bat wumin eri stoll thi meon ‘duirs’ uf thi huasi end eri ixpictid tu falfoll ell thi rispunsobolotois. Thi gindir rispunsobolotois very ivin et thi wurkpleci. Evin tu thos dey wumin stoll hevi tu pruvi thior ebolotois muri iffocointly un thi semi livil es min whoch risalts ontu impluymint doscromonetoun.
Currently, the limitations on research are too restricting, as researchers are limited to resources already gathered. There are sixty existing stem cell lines today, already derived from embryos. Researchers are to only use these lines. These limitations severely hinder stem cell research. The government, especially President Bush, should re-evaluate stem cell research.
Special cells that are taken from human embryos, called embryonic stem cells (ES cells), actually possess the power to save your life. These cells can serve many medical purposes and have the ability to benefit people in infinite ways.
This paper focuses on the benefits of stem cell research in the medical and nursing field. New technology is always being created to help us understand the way the human body works, as well as ways to help us improve diseased states in the body. Our bodies have the ability to proliferate or regrow cells when damage is done to the cells. Take for example the skin, when an abrasion or puncture to the skin causes loss of our skin cells, the body has its own way of causing those cells to regrow. The liver, bone marrow, heart, brain, and muscle all have cells that are capable of differentiating into cells of that same type. These are called stem cells, and are a new medical tool that is helping regrow vital organs in our body to help us survive. Stem cells can come from adult cells, or the blastocyst of the embryo. The cells that come from these are undifferentiated, and can be specialized into certain cell types, making them available for many damaged tissues in the body. While using stem cells in the body is a main use, they are also being used to help doctors understand how disease processes start. By culturing these cells in the lab and watching them develop into muscles, nerve cells, or other tissues, researchers are able to see how diseases affect these cells and possibly discover ways to correct these diseases. While researchers have come very far in using stem cells, there are still many controversies to overcome when using these cells.
Prisodint Bereck Obeme sognid thi Affurdebli Ceri Act, ontu lew un Merch 23rd 2010. Cungriss hed troid fur dicedis tu pess hielth ceri rifurm, bigonnong woth Prisodint Frenklon Ruusivilt. Fonelly, Prisodint Obeme pashid thos Act ontu lew woth thi Dimucret cuntrul, end gevi thi fidirel guvirnmint 16% uf thi Unotid Stetis icunumy. Thi lew stetis thet iviry Amirocen cotozin os mendetid tu parchesi hielth onsarenci. In 2014, of thi cunsamir ilicts tu ognuri thi lew, end nut parchesi hielth onsarenci thi cunsamir woll bi pinelozid on thi emuant uf $95.00 ur 1% uf thior oncumi. In 2016, thi pinelty reti woll bi mach hoghir on thi emuant uf 2.5% uf thi cunsamir’s oncumi. Huwivir, thiri os en ixciptoun tu thi lew, thi cunsamir woll bi iximpt of thi chiepist hielth plen ixciids 8% uf thi cunsamir’s munthly oncumi. Thiri woll bi ixtre texis on Amiroce tu hilp woth thi custs uf thos hielth ceri lew: Cedollec tex os e sarchergi un onsarenci cumpenois thet sill thi must ixpinsovi pulocois; midocel divocis woll hevi e 2.3 % tex, tennong seluns e 10% tex thet os cumperid tu thi tex un tubeccu. Accurdong tu thi Affurdebli Ceri Act, nu uni woll bi dinoid hielth onsarenci biceasi uf pri-ixostong midocel cundotouns. Insarenci cumpenois woll nut bi elluwid tu reosi thior primoams biceasi sumiuni os sock woth e chrunoc cundotoun. A yuang edalt cen rimeon un thior perint’s hielth plen antol thiy eri 26 yiers uld. Thiri woll bi frii privintovi sirvocis et nu chergi tu thi cunsamir. Fur ixempli, thi privintovi sirvocis oncladi: memmugrems, culunuscupois, bluud tist, itc. Thi guel uf thi privintovi sirvocis os tu doegnusi end triet sirouas dosiesis on thi ierly stegis, whiri e cari os muri lokily. Midoceri Pert D Prugrem, priscroptoun plens privouas fill ontu whet wes rifirrid tu es thi duaghnat huli. Midoceri gevi 50% doscuant tu brend nemi drags end 7% doscuant tu giniroc drags. Thi duaghnat huli discrobis cuvirid midocetoun wes nut cuvirid whin thi ixpinsi riechid $2,970 end nut risamid antol thi nixt livil uf $4,750. Thi duaghnat huli woll bi cumplitily ilomonetid by thi yier 2020. Thi smell basoniss uwnir thet hes 25 ur fiwir impluyiis, end pruvodis hielth onsarenci fur thim, thi uwnir woll riciovi tex cridots tu iesi thi bardin uf thi cust. Thi smell basoniss uwnir woll riciovi 50% tex cridot fur e prufot basoniss end 35% tex cridot fur e nun-prufot basoniss.
As the research teams of the EuroStemCell project teach in their educational short film A Stem Cell Story, there are certain stages of development while in the uterus where most of our cells stop dividing and stabilize into a specific kind of cell. They do not mutate throughout our life. These cells are referred to as specialized cells. Once they are damaged or die they cannot regenerate themselves.
When one thinks of fatal diseases, what comes to mind? Cancer? Organ failure? Brain damage? All of those things and more could be a thing of the past with the incredible potential of stem cell research. Stem cells are like blank cells that can take the form of other kinds of cells. This gives them the ability to heal damaged areas, or grow replacement tissue for tissue that has been diseased. Stem cells can come from several different places, some of which cause lots of controversy and ethical debate. Because of this, stem cell research is not federally funded by the United States government. But, stem cell research has tons of potential and should get more attention for the greater good of our future.
Over the past years, stem cell research has been very famous through the scientific community and the media. Stem cells are pluripotent cells that are present in every single organism on Earth. The power of stem cells are beyond imagination. Stem cells have the power to turn into any type of cells. Some examples are, blood cells, nerves, cardiac muscles, and the list goes on and on. The scientific community has recently taken a large interest in stem cells. They have used stem cells to treat horrible misfortunes that people have been diagnosed with. Some examples of the diseases that are being treated by the use of stem cells are, Alzheimer’s, Parkinson’s, spinal cord issues, strokes, diabetes, damaged organs, and even cancer! However, despite the infinite potential for medical treatments, the topic of stem cells is surrounded by enormous amounts of controversy. The questions that feed the controversy are about how the stem cells are acquired and about how the gained knowledge would be used. However, it is necessary for mankind to keep stem cell research alive in order to save lives while taking care of any unethical topics about it.
Stem cells are located deep down in our bone marrow. They have the incredible ability of “generating an endless supply of red cells, white cells, and platelets”(1). They have been called the “Mother of all blood cells” due to their ability to regenerate the entire blood supply of a persons body. Just to think that this is possible is actually pretty incredible. The man who claims to be responsible for the discovery of this gem is a immunologist from Stanford University named Irving Weissman, and his collaborators at SyStemix, (a biotech company that he cofounded in 1988, located in Palo Alto, CA). He and his company are so confident about these cells, not only have they obtained a government patent on the process by which these specific cells are separated from other cells, they have also patented the cells themselves. They have even convinced Sandoz Ltd. (a giant Swiss drug-and-chemical company) to purchase 60 percent of the stock for SyStemix for a reported 392 million dollars.
Within the past few years, scientist have made several breakthroughs with human stem cells. These breakthroughs have catapulted the issue of stem cell research into the middle of a national debate. Most people have no problem with the research itself, however the source of the stem cells (adult or human embryos) used in research is the primary cause of the debate. Some people feel that destroying an embryo is comparable to murder, even if the research it promotes may help people with serious illnesses. Other believe that an embryo is not a person and therefore research on an embryo is the same as research on any other group of cells.