000			01963cam a2200361 4500
001			0000004906
005			20150716090952.0
008			011109s xx 000 0 eng
022			_a1522-3213;
050		0	_aAC1.S5
082	0		_a050
100	1		_aMaugh, Thomas H.
245	1	0	_aGene Study Seeks Secret of Long Life / _cThomas H. Maugh II.
260			_bLos Angeles Times Syndicate, _c2001.
260		0	_aKnight-Ridder, _c2001.
440		0	_aSIRS Enduring Issues 2002. _nArticle 57. _pFamily, _x1522-3213;
500		0	_aThis MARC record contains two articles.
500			_aArticles Contained in SIRS Enduring Issues 2002.
500			_aOriginally Published: Gene Study Seeks Secret of Long Life, Aug. 28, 2001; pp. A1+.
500			_aOriginally Published: Cracking the Genetic Code for Longer Life, Aug. 28, 2001; pp. A1+.
520			_aGENE STUDY SEEKS SECRET OF LONG LIFE -- "Researchers believe they are closing in on the first human gene ever shown to increase longevity--a gene that might be able to add two decades to a healthy life span." (LOS ANGELES TIMES) This article provides details of a longevity study in which researchers were able to pinpoint a specific gene they believe may "act to suppress or delay diseases associated with aging.".
520		0	_aCRACKING THE GENETIC CODE FOR LONGER LIFE -- "Researchers found a DNA strand linked to longevity. They hope to find a drug to mimic it." (PHILADELPHIA INQUIRER) This article examines the results of the longevity study and analyzes its implications on the field of aging.
599			_aRecords created from non-MARC resource.
650		0	_aAging _xGenetic aspects.
650		0	_aCentenarians.
650		0	_aGenes.
650		0	_aGenetics _xResearch.
650		0	_aLongevity.
700		0	_aBorenstein, Seth.
710	2		_aSIRS Publishing, Inc. _tSIRS Enduring Issues 2002. _pFamily., _x1522-3213.
740		0	_aCracking the Genetic Code for Longer Life.
942			_c UKN
999			_c33396 _d33396