Identification and functional characterization of adhesins involved in attachment of methanogens to rumen protozoa

Summary

Identification and functional characterization of adhesins involved in attachment of methanogens to rumen protozoa is a doctoral thesis^[1].

Key Facts

• Identification and functional characterization of adhesins involved in attachment of methanogens to rumen protozoa authored Filomena Ng^[2].
• Identification and functional characterization of adhesins involved in attachment of methanogens to rumen protozoa's instance of is recorded as doctoral thesis^[3].
• Identification and functional characterization of adhesins involved in attachment of methanogens to rumen protozoa's publisher is recorded as Massey Research Online^[4].
• Identification and functional characterization of adhesins involved in attachment of methanogens to rumen protozoa's language of work or name is recorded as English^[5].
• Identification and functional characterization of adhesins involved in attachment of methanogens to rumen protozoa's country of origin is recorded as New Zealand^[6].
• Identification and functional characterization of adhesins involved in attachment of methanogens to rumen protozoa's publication date is recorded as +2016-00-00T00:00:00Z^[7].
• Identification and functional characterization of adhesins involved in attachment of methanogens to rumen protozoa's main subject is recorded as genetics^[8].
• Identification and functional characterization of adhesins involved in attachment of methanogens to rumen protozoa's main subject is recorded as microbiology^[9].
• Identification and functional characterization of adhesins involved in attachment of methanogens to rumen protozoa's main subject is recorded as biology^[10].
• Identification and functional characterization of adhesins involved in attachment of methanogens to rumen protozoa's main subject is recorded as Methanobacteriaceae^[11].
• Identification and functional characterization of adhesins involved in attachment of methanogens to rumen protozoa's main subject is recorded as rumen^[12].
• Identification and functional characterization of adhesins involved in attachment of methanogens to rumen protozoa's main subject is recorded as molecular biology^[13].
• Identification and functional characterization of adhesins involved in attachment of methanogens to rumen protozoa's Handle ID is recorded as 10179/11852^[14].
• Identification and functional characterization of adhesins involved in attachment of methanogens to rumen protozoa's title is recorded as Identification and functional characterization of adhesins involved in attachment of methanogens to rumen protozoa^[15].
• Identification and functional characterization of adhesins involved in attachment of methanogens to rumen protozoa's copyright holder is recorded as Filomena Ng^[16].
• Identification and functional characterization of adhesins involved in attachment of methanogens to rumen protozoa's thesis submitted to is recorded as Massey University^[17].
• Identification and functional characterization of adhesins involved in attachment of methanogens to rumen protozoa's on focus list of Wikimedia project is recorded as NZThesisProject^[18].
• Identification and functional characterization of adhesins involved in attachment of methanogens to rumen protozoa's copyright status is recorded as copyrighted^[19].
• Identification and functional characterization of adhesins involved in attachment of methanogens to rumen protozoa's thesis committee member is recorded as Dragana Gagic^[20].
• Identification and functional characterization of adhesins involved in attachment of methanogens to rumen protozoa's thesis committee member is recorded as Jasna Rakonjac^[21].
• Identification and functional characterization of adhesins involved in attachment of methanogens to rumen protozoa's thesis committee member is recorded as Graeme Attwood^[22].
• Identification and functional characterization of adhesins involved in attachment of methanogens to rumen protozoa's thesis committee member is recorded as Mark Patchett^[23].

Body

Designation and Status

Identification and functional characterization of adhesins involved in attachment of methanogens to rumen protozoa's instance of is recorded as doctoral thesis^[3].