User profiles for Matthew C. Bond
Matthew BondDartmouth College Verified email at dartmouth.edu Cited by 339 |
Fungal biofilm morphology impacts hypoxia fitness and disease progression
Microbial populations form intricate macroscopic colonies with diverse morphologies whose
functions remain to be fully understood. Despite fungal colonies isolated from environmental …
functions remain to be fully understood. Despite fungal colonies isolated from environmental …
Biofilm structure promotes coexistence of phage-resistant and phage-susceptible bacteria
Encounters among bacteria and their viral predators (bacteriophages) are among the most
common ecological interactions on Earth. These encounters are likely to occur with regularity …
common ecological interactions on Earth. These encounters are likely to occur with regularity …
Matrix-trapped viruses can prevent invasion of bacterial biofilms by colonizing cells
Bacteriophages can be trapped in the matrix of bacterial biofilms, such that the cells inside
them are protected. It is not known whether these phages are still infectious and whether they …
them are protected. It is not known whether these phages are still infectious and whether they …
Zirconium-catalyzed remote defunctionalization of alkenes
C Matt, C Kern, J Streuff - ACS Catalysis, 2020 - ACS Publications
… , both double bond isomers were smoothly … no C–O cleavage took place if the double bond
was absent. The alkene was essential to trigger the cleavage of the nonactivated C–O bond (…
was absent. The alkene was essential to trigger the cleavage of the nonactivated C–O bond (…
Ultrafast reaction mechanisms in perovskite based photocatalytic C–C coupling
… Solar driven carbon–carbon (C–C) bond formation is a new direction in solar energy … Here,
we employ transient absorption spectroscopy to study a model C–C bond formation reaction, …
we employ transient absorption spectroscopy to study a model C–C bond formation reaction, …
Immunochemical testing of individuals positive for guaiac faecal occult blood test in a screening programme for colorectal cancer: an observational study
CG Fraser, CM Matthew, NAG Mowat, JA Wilson… - The lancet …, 2006 - thelancet.com
… CM Matthew did experimental work, and obtained and presented data. NAG Mowat was
lead clinician for the pilot study in Grampian, Scotland, UK. JA Wilson was lead clinician for the …
lead clinician for the pilot study in Grampian, Scotland, UK. JA Wilson was lead clinician for the …
[PDF][PDF] Fodder beet revisited.
C Matthew, NJ Nelson, D Ferguson, Y Xie - 2011 - researchgate.net
The literature relating to crop husbandry for fodder beet and its feeding value is briefly reviewed,
with an emphasis on New Zealand work. Information on current practice, and yields and …
with an emphasis on New Zealand work. Information on current practice, and yields and …
NaNO2-Mediated Transformation of Aliphatic Secondary Nitroalkanes into Ketones or Oximes under Neutral, Aqueous Conditions: How the Nitro Derivative …
…, C Matt, A Wagner, C Mioskowski - The Journal of …, 2004 - ACS Publications
… Furthermore, the addition of NaNO 2 to the aci-nitro (paths A and B) are all the more unlikely
because the double bond of the corresponding aci-nitro is in conjugation with the ester …
because the double bond of the corresponding aci-nitro is in conjugation with the ester …
Does socially responsible investing change firm behavior?
…, R Michaely, M C. Ringgenberg - Review of …, 2023 - academic.oup.com
Using micro-level data, we examine the behavior of socially responsible investment (SRI)
funds. SRI funds select firms with lower pollution, more board diversity, higher employee …
funds. SRI funds select firms with lower pollution, more board diversity, higher employee …
The mechanism of a CH bond activation reaction in room-temperature alkane solution
SE Bromberg, H Yang, MC Asplund, T Lian… - Science, 1997 - science.org
Chemical reactions that break alkane carbon-hydrogen (C–H) bonds are normally carried
out under conditions of high temperature and pressure because these bonds are extremely …
out under conditions of high temperature and pressure because these bonds are extremely …