à°—ుంà°¡ె జబ్à°¬ులకు à°•ాà°°à°£ à°®ైà°¨ à°°à°•్à°¤ à°ªోà°Ÿు ,à°·ుà°—à°°్ మరిà°¯ు à°°à°•్à°¤ à°¨ాà°³ాà°² à°ªూà°¡ిà°• à°•ి à°®ంà°¦ుà°²ు ఉన్à°¨ాà°¯ి . à°•ాà°¨ీ, à°ªాà°¡ైà°¨ à°—ుంà°¡ె à°•ంà°¡à°°ం à°•ోà°²ు à°•ోవడాà°¨ిà°•ి సరైà°¨ à°®ంà°¦ుà°²ు à°²ేà°µు . à°ˆ మధ్యన à°œీà°¨్à°¸్ à°¨ి à°¨ిà°¯ంà°¤్à°°ింà°šà°¡ం à°¦్à°µాà°°ా à°•ొంà°¤ à°«à°²ిà°¤ం à°¸ాà°§ింà°šిà°¨ా ,à°¦ాà°¨ి వలన à°•ాà°¨్సర్ à°•à°£ుà°¤ుà°²ు à°ªేà°Ÿ్à°°ేà°—ే à°ª్à°°à°®ాà°¦ం à°‰ంà°¦ి . à°•ాà°¨ీ , ఇది చదవంà°¡ి . While surgical intervention was the only option available so far, the other alternative of gene therapy too was ineffective due to associated problems like tumourigenesis. on-target drug delivery to an afflicted cardiac tissue and prevent heart attacks, Indian scientists have successfully delivered therapeutics to a diseased myocardium through a nanoparticle-tagged peptide, which resulted in improved functioning of the heart. that it not only improved cardiac function significantly but the p-53 gene was suppressed only in heart without causing tumourigenesis in other parts of the body”.