, pub-7771400403364887, DIRECT, f08c47fec0942fa0 Nuclear Medicine disadvantages and it's advantages academic research article with referencing APA formatting

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Nuclear Medicine disadvantages and it's advantages academic research article with referencing APA formatting

Nuclear medicine is medical field where the application of radioactive substances are majorly used to facilitate diagnosis or treatment of diseases.In this game changer field technology is exclusively employed inorder to obtain images from the interior parts of human bodies . The diagnostic information achieved after imaging the distribution of these radioactive molecules is basically functional and this differenciates this mode of treatment from other imaging techniques within radiology .The use of radiopharmaceuticals inorder to obtain images can be classified into single and
photon modalities.The radioactive substance can be injected into the patient's blood stream and then monitored as the specialist makes observations . The sensor to be used should be particular to the radiation generated by a substance injected into the patient's body.For example ,radiations are used to destroy sick tissues which are beyond the use of tradional surgical procedures (Davis et al.2021) . This mode of treatment is a specialized branch of radiology tha need detailed information about organ functioning as wells as structure by using extremely tiny doeses of the radioactive substances or radiopharmarceuticals to study it . The common name for the materials used in nuclear medicine is radiopharmaceuticals or radiotracers . There are ttwo ways in which these radiotracers can be administered into the patient . The first way is by injecting the substances into the patient's blood stream and the second way is by ingesting or inhaling as a gas . In preparations for this treatment the patients are instructed to avoid eating or drinking for 6 hours before going for nuclear medicine proceure.Use of other drugs like smoking before a test is carried out must be avoided throught the imaging procedures . This is done because of the need for accurate results after the imaging procedures are done . The use of nsrcotic drugs should be refrained for two days or more before to the study as part of the procedure . Nuclear medicine has a range of advantags for both diagnosing and treatment . It provides anatomic and functional information of the organs and structures which makes a body as a whole . The patient's body anatomy is studied in details which offers the most diagnostic detailed informaation to determine the format of treatment for an individual . These helps the doctors to make judgement which is accurate especially on tumors whether its benign or malignant . Then from this point a doctor can decide if surgery is necessary or there is a treatment options available .On top of that this type of medicine is useful for knowing the status of cancer . After the imaging doctors can seize that clue of knowing exactly where the tumor is and its status .This helps them know the stage at which a given disease is especially cancer . The most mordenized imaging procedures are possible with this technoly make it easier to identify the exact position where the malignant cells are and thisadvantage disqualifies the old methods of surgery which were usually involve alot of pain into the patient . The amount of radiations is minimized in this procedure . When the patient receives radiations from this type of medicine it equals that of a typical x-ray which are less harmful but its not advised for the aged people to go through these procedures a number of times . The aged and children are exceptional but it will not impact most patients i a negative way . Besides that there is anumber of limitations concerning this nuclear medicene .One of them is that,it may offer adverse impacts on females who are expectant of lactating mothers . The exposure in this procedures need to be examined deeply inorder to know which elements to be used because some of these elements might outweigh the advantages the patient could have enjoyed more especially the pregnant women and those who are brest feeding . Those patients who are have severe allergic reactions with the elements used in nuclear medicine might be in a high risk if put into these procedures . This is because this treatment involves dizziness ,abnormal heart rythms and headache.most of nuclear medicine treatments are very expensive .Their costs are extremely high and this makes the poor to be disadvantaged . Another name for positron emission tomography is PET imagng or PET scans . This PET is a type of nuclear medicine . Fluorodeoxiyglucose which is abbriviated FDG is aradioactive molecule in sugary state which is mostly used in PET scanning (Gallamini 2014).When this substance accumulates the body Gamma rays are emitted.The PET scans are used to examine tissues and organs such as the heart ,brain and also signs of abnormalities or illiness.PET is mostly employed on cancer screening an therapy check . In conlution the nuclear medicine exploits radioactive materials to examine organ and tissue function .This type of medicine is highly specialized field of radiology in particular.Using radioactive tracers make it easier for specialists to observe and come up with a perfect judgement and this benefits patients from avoiding painful surgeries which are even doubtful .As part of treatment plan radiopharmaceuticals are used to aim the certain maligamant tissues and this only is applicable to spefic areas or parts of the body .The methods of diagnosing in nuclear medicine are as follows imaging ,single photons originatng from radioactive molecules ,PET, imaging of dual photons . Buy Website Traffic
References Davis, S. S., Hardy, J. G., Illum, L., & Wilson, C. G. (2021). Applications of nuclear medicine techniques for the development of pharmaceutical formulations. In Radiopharmacy and Radiopharmacology Yearbook (pp. 1-34). Routledge. Gallamini, A., Zwarthoed, C., & Borra, A. (2014). Positron emission tomography (PET) in oncology. Cancers, 6(4), 1821-1889. Ziessman, H. A., O'Malley, J. P., & Thrall, J. H. (2013). Nuclear medicine: The requisites e- book. Elsevier Health Sciences.

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