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2021, vol. 62, br. 3, str. 213-219
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Elektrohemijsko ponašanje različitih metala za implantaciju u prisustvu različitih simuliranih telesnih tečnosti - pregled
Electrochemical behavior of various implantation biomaterials in the presence of various simulated body fluids: An overview
aLoyola College, Loyola Institute of Frontier Energy, PG and Research Department of Chemistry, Tamil Nadu, India bRKM Vivekananda College, Department of Chemistry, Tamil Nadu, India cSt. Antony's College of Arts and Sciences for Women Thamaraipady, PG Department of Chemistry, Corrosion Research Centre, Tamil Nadu, India
e-adresa: johnmarysj@gmail.com
Ključne reči: korozija; Henkov rastvor; legura; veštačke telesne tečnosti
Sažetak
U savremenoj medicini metali i legure se koriste kao implantati. Proučava se ponašanje korozije različitih biomaterijala u veštačkim telesnim tečnostima. U ljudsko telo se ugrađuju veštački biomaterijali koji zamenjuju kosti, zube itd. Čak se i organi medicinski zamjenjuju različitim vrstama metala, poput mekog čelika, ugljeničnog čelika, legure Ni-Cr, legure Fe-Cr, 22-karatnog zlata, 24-karatnog zlatnog kalaja itd., zbog njihove biokompatibilnosti. To se postiže povezivanjem ovih metala direktno sa tkivima tela. Metali imaju tendenciju korozije kada dođu u kontakt sa tečnostima ljudskog tela. Telesne tečnosti na taj način dolaze u direktan kontakt sa tkivima, a tkiva su u kontaktu sa metalom i na taj način izazivaju koroziju metala. Stoga se studije otpornosti na koroziju, poput polarizacije, impedanse naizmenične struje, cikličnih voltametrijskih studija itd., sprovode u medijumu poput veštačke krvne plazme, veštačkog urina, veštačke salvije, veštačkog znoja, Henkovog rastvora, Ringerovog rastvora itd. Tečnosti se ispituju u prisustvu različitih implantacionih metala elektrohemijskim metodama i formiraju se zaštitni filmovi koji se analiziraju različitim tehnikama površinske analize kao što su AFM, FTIR-UV , SEM itd. Nalazi istraživanja će time biti od velike pomoći medicinskom polju.
Abstract
In Modern medicine, metals and alloys are being used as implants. The Corrosion behaviour of various biomaterials under artificial body fluids are being studied. Artificial biomaterials are being implanted inside the human body to replace bone, teeth, etc. Even organs are being medically substituted with different types of metals such as mild steel, carbon steel, Ni-Cr alloy, Fe-Cr alloy, 22 carat Gold,24 carat Gold Tin, etc. due to their biocompatibility. This is achieved by connecting these metals directly with body tissues. The metals tend to corrode when it gets in contact with human body fluids. The body fluids thereby come in direct contact with tissues and the tissues are in contact with the metal thus causing the metal to corrode. And hence the corrosion resistance studies such as polarisation, AC impedance, cyclic voltammetric studies, etc, are being conducted in a medium like artificial blood plasma, artificial urine, artificial salvia, artificial sweat, Hank solution, Ringer solution, etc. The different body fluids are examined in the presence of different implantation metals by electrochemical methods and protective films are formed which are analyzed by various surface analysis techniques such as AFM, FTIR-UV, SEM, etc. The research findings will thereby be very helpful to the medical field.
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