FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2048884756> ?p ?o ?g. }

• W2048884756 endingPage "915" @default.
• W2048884756 startingPage "908" @default.
• W2048884756 abstract "Our previous paper showed that certain infrared (IR) peaks, e.g., the peak at 1739 cm −1 , are due to varying (trace) amounts of vegetative cells amongst the Bacillus spores and that these and other vegetative bands are associated with lipid-soluble compounds, likely an ester or phospholipid. This work investigates the infrared spectra of eight different sporulated Bacillus bacteria. For the endospores it is observed that peaks at 1441, 1277, and 1015 cm −1 along with a distinct quartet of peaks at 766, 725, 701, and 659 cm −1 are clearly associated with calcium dipicolinate trihydrate, CaDP·3H 2 O. It is emphasized that the spore peaks, especially the quartet, arise from the calcium dipicolinate trihydrate and not from dipicolinic acid or other dipicolinate hydrate salts. The CaDP-3H 2 O infrared peaks and the effects of hydration are studied using quantum chemistry in the PQS software package. The quartet is associated with many modes including contributions from the Ca 2+ counterion and hydration waters including Ca–O–H bends, H 2 O–Ca–O torsions, and O–C–O bends. The 1441 and 1015 cm −1 modes are planar pyridine modes with the 1441 cm −1 mode primarily a ring C–N stretch and the 1015 cm −1 mode primarily a ring C–C stretch." @default.
• W2048884756 created "2016-06-24" @default.
• W2048884756 creator A5002577080 @default.
• W2048884756 creator A5005156238 @default.
• W2048884756 creator A5038696622 @default.
• W2048884756 creator A5061627667 @default.
• W2048884756 date "2009-08-01" @default.
• W2048884756 modified "2023-09-22" @default.
• W2048884756 title "The Infrared Spectra of <i>Bacillus</i> Bacteria Part II: Sporulated <i>Bacillus</i>—The Effect of Vegetative Cells and Contributions of Calcium Dipicolinate Trihydrate, CaDP-3H₂O" @default.
• W2048884756 cites W1650418513 @default.
• W2048884756 cites W1844325597 @default.
• W2048884756 cites W1968636361 @default.
• W2048884756 cites W1970471326 @default.
• W2048884756 cites W1974279612 @default.
• W2048884756 cites W1979911784 @default.
• W2048884756 cites W1986907702 @default.
• W2048884756 cites W1987017950 @default.
• W2048884756 cites W1987459669 @default.
• W2048884756 cites W1988618084 @default.
• W2048884756 cites W1989030986 @default.
• W2048884756 cites W1990094816 @default.
• W2048884756 cites W1990409552 @default.
• W2048884756 cites W1991095529 @default.
• W2048884756 cites W1993796162 @default.
• W2048884756 cites W1994887750 @default.
• W2048884756 cites W1999828029 @default.
• W2048884756 cites W2000089923 @default.
• W2048884756 cites W2000302525 @default.
• W2048884756 cites W2002801807 @default.
• W2048884756 cites W2009663220 @default.
• W2048884756 cites W2011925624 @default.
• W2048884756 cites W2012295596 @default.
• W2048884756 cites W2012718327 @default.
• W2048884756 cites W2013513642 @default.
• W2048884756 cites W2014737576 @default.
• W2048884756 cites W2023095783 @default.
• W2048884756 cites W2023864116 @default.
• W2048884756 cites W2026422709 @default.
• W2048884756 cites W2027640325 @default.
• W2048884756 cites W2028849818 @default.
• W2048884756 cites W2034102666 @default.
• W2048884756 cites W2036423057 @default.
• W2048884756 cites W2037216952 @default.
• W2048884756 cites W2052454197 @default.
• W2048884756 cites W2053565268 @default.
• W2048884756 cites W2056270769 @default.
• W2048884756 cites W2057430126 @default.
• W2048884756 cites W2059656569 @default.
• W2048884756 cites W2060976666 @default.
• W2048884756 cites W2063354375 @default.
• W2048884756 cites W2064838673 @default.
• W2048884756 cites W2066595669 @default.
• W2048884756 cites W2068105628 @default.
• W2048884756 cites W2068122446 @default.
• W2048884756 cites W2069684536 @default.
• W2048884756 cites W2071717080 @default.
• W2048884756 cites W2073085129 @default.
• W2048884756 cites W2081922194 @default.
• W2048884756 cites W2084701001 @default.
• W2048884756 cites W2084758743 @default.
• W2048884756 cites W2085569325 @default.
• W2048884756 cites W2087570893 @default.
• W2048884756 cites W2087944996 @default.
• W2048884756 cites W2090350933 @default.
• W2048884756 cites W2090437031 @default.
• W2048884756 cites W2091038074 @default.
• W2048884756 cites W2100973617 @default.
• W2048884756 cites W2106265946 @default.
• W2048884756 cites W2114196913 @default.
• W2048884756 cites W2116767329 @default.
• W2048884756 cites W2122864901 @default.
• W2048884756 cites W2131219965 @default.
• W2048884756 cites W2134020161 @default.
• W2048884756 cites W2141159759 @default.
• W2048884756 cites W2146362608 @default.
• W2048884756 cites W2156804614 @default.
• W2048884756 cites W2171182365 @default.
• W2048884756 cites W4230500981 @default.
• W2048884756 cites W2071101638 @default.
• W2048884756 doi "https://doi.org/10.1366/000370209788964476" @default.
• W2048884756 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/19678987" @default.
• W2048884756 hasPublicationYear "2009" @default.
• W2048884756 type Work @default.
• W2048884756 sameAs 2048884756 @default.
• W2048884756 citedByCount "12" @default.
• W2048884756 countsByYear W20488847562012 @default.
• W2048884756 countsByYear W20488847562013 @default.
• W2048884756 countsByYear W20488847562014 @default.
• W2048884756 countsByYear W20488847562015 @default.
• W2048884756 countsByYear W20488847562021 @default.
• W2048884756 crossrefType "journal-article" @default.
• W2048884756 hasAuthorship W2048884756A5002577080 @default.
• W2048884756 hasAuthorship W2048884756A5005156238 @default.
• W2048884756 hasAuthorship W2048884756A5038696622 @default.
• W2048884756 hasAuthorship W2048884756A5061627667 @default.
• W2048884756 hasConcept C113196181 @default.
• W2048884756 hasConcept C120665830 @default.
• W2048884756 hasConcept C121332964 @default.

• next