01662nam a2200241   4500001000700000090001100007100004100018101000800059200023100067210007900298215002000377300010900397330057600506606003001082606003701112606002201149606003501171700003201206701002901238701002401267955001101291995011801302393335  a393335  a20150617d2014       y0pory50      ba  aeng  aCharacterization of bacterial and microbial eukaryotic communities (including fungal) associated with corpse decomposition using next generation sequencingbRecurso eletrónicofJessica L. Metcalf, David O. Carter, Rob Knight  a[Rockville, MD]cNational Criminal Justice Reference Service (NCJRS)d2014  a1 CD-ROMd12 cm  aResearch report submitted to the U.S. Department of Justice. Ficheiro de 12,2 MB em formato PDF (100 p.)  aI. Introduction. II. Methods. Experimental set-up. DNA extraction and next-generation sequencing. Sequence data processing and analysis. III. Results. Phase I – Mouse decomposition on soil with an endogenous microbial community (untreated soil). Phase I – Mouse decomposition on untreated versus sterile soils substrates (untreated vs. sterilized treatment groups). Phase II – decomposition of mice on three contrasting soils. Phase III – decomposition microbiomes of different host species. IV. Conclusions. V. References. VI. Dissemination of research findings.  aCIÊNCIA FORENSE9321508  aANÁLISE DE VESTÍGIOS9320649  aCADÁVER9238067  aANÁLISE LABORATORIAL9326721  aMETCALFbJessica L.9357763  aCARTERbDavid O.9357764  aKNIGHTbRob9357765  xOferta  104PJCD_258_00000000000000052022-06-066PJCD2589425781aPJcPJfPJ1CD258_36kPJCD258n2022-06-06o0rMOxOferta