C. E. Hudson

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1,3-H-shift pathways in C2H4O+ and C2H4O

C. E. Hudson, D. McAdoo, 2002 .

1,2-Eliminations from (CH3)2NH+CH2CH3 and (CH3)2NH2+: Guided dissociations

C. E. Hudson, D. McAdoo, 2008, Journal of the American Society for Mass Spectrometry.

Exogenous 17β-Estradiol Blocks Alpha and Mu but Not Pi Class Glutathione S-Transferase Immunoreactivity in Epithelium of Syrian Hamster Vas Deferens

C. E. Hudson, B. A. Schulte, J. Norris, 1999, The journal of histochemistry and cytochemistry : official journal of the Histochemistry Society.

Glutathione S-transferase in hormonal carcinogenesis.

C. E. Hudson, B. A. Schulte, J. Norris, 1998, Chemico-biological interactions.

Regulatory Effects of Eotaxin, Eotaxin-2, and Eotaxin-3 on Eosinophil Degranulation and Superoxide Anion Generation1

C. E. Hudson, A. Heiman, A. Badewa, 2002, Experimental biology and medicine.

Why are smaller fragments preferentially lost from radical cations at low energies and larger ones at high energies?: An experimental and theoretical study

C. E. Hudson, D. McAdoo, J. Traeger, 2002 .

1 . 2-Eliminations from ( CH 3 ) 2 NH + CH 2 CH 3 and ( CH 3 ) 2 NH 2 + : Guided Dissociations

C. E. Hudson, J., David, 2022 .

Added evidence for an intermediate enol-ion/olefin-ion/neutral complex in the loss of a methyl group from ionized 2-hexanone

C. E. Hudson, D. McAdoo, J. Traeger, 1988 .

Conformational analysis of cyclopropyl groups attached to trigonal carbon in organic radicals

C. E. Hudson, N. L. Bauld, J. Mcdermed, 1969 .

Ion‐neutral complex‐mediated hydrogen exchange in ionized n‐butanol: A mechanism for ‘non‐specific’ hydrogen migrations

C. E. Hudson, D. McAdoo, 1987 .

New steroidal antiinflammatory antedrugs: Methyl 3,20-dioxo-9α-fluoro-11β,17α,21-trihydroxy-1,4-pregnadiene-16α-carboxylate and its 21-O-acyl derivatives

C. E. Hudson, A. Heiman, H. J. Lee, 2002, Steroids.

Why CH3CH3+· formation competes with h· loss from CCCO C3H6O+· isomers

C. E. Hudson, D. McAdoo, J. Traeger, 2003, Journal of the American Society for Mass Spectrometry.

Effect of chirality at C-20 of methyl 11β,17α,20-trihydroxy-3-oxo-1,4-pregnadien-21-oate derivatives on antiinflammatory activity

C. E. Hudson, Z. You, A. Heiman, 2002, Steroids.

Loss of alkanes from ionized branched chain ethers. Metastable decomposition from an electronically excited state

C. E. Hudson, D. McAdoo, Rob D. Lerner, 1980 .

Non-specific hydrogen abstractions in alkane eliminations from ionized ketones. Further evidence that alkane eliminations are ion−neutral complex-mediated

C. E. Hudson, D. McAdoo, J. Traeger, 1988 .

A field ionization kinetic study of the methyl and ethylene elimination from ionised n-butanoic acid

C. E. Hudson, D. McAdoo, N. Nibbering, 1983 .

Formation of the 3-Pentanone ion from ionized propyl propanoate through Ion-Neutral complexes

C. E. Hudson, D. McAdoo, J. Traeger, 1992, Journal of the American Society for Mass Spectrometry.

The reactions of metastable [C5 H10 O]+˙ ions with the oxygen on the second carbon

F. McLafferty, C. E. Hudson, D. McAdoo, 1984 .

Determination of the ESR Parameter B0 for the Isopropyl Group

C. E. Hudson, N. L. Bauld, J. S. Hyde, 1971 .

CH3CH3+. formation from some C3H6O+. isomers according to theory

C. E. Hudson, D. McAdoo, J. Traeger, 2002, Journal of the American Society for Mass Spectrometry.

Symmetry allowed electrocyclic reactions of radicals: Cleavage of the anion radicals of 9,10-diaryl-9,10-dihydroacenaphthylenes.

C. E. Hudson, N. L. Bauld, 1974 .

The reaction coordinate for forming c-C3H+6 from CH2CH2CH2OH+2 and the energetics of related reactions

Mohammed S. Ahmed, C. E. Hudson, D. McAdoo, 1992 .

Methylcyclopropane ion formation by elimination of water from n-butanol and 2-methylpropanol ions

Mohammed S. Ahmed, C. E. Hudson, D. McAdoo, 1991 .

Decompositions of ionized isopropyl methyl ether: complex-mediated and direct processes in unimolecular dissociations

C. E. Hudson, D. McAdoo, J. Traeger, 1988 .

Origin of the [C4H9O]+ ions in the mass spectrum of n‐butyl ethyl ether

C. E. Hudson, D. McAdoo, 1979 .

Metastable [C4H8O]+˙ ions: Additional decompositions via the [2‐butanone]+˙ ion

C. E. Hudson, D. McAdoo, D. Witiak, 1979 .

Why are alkane eliminations from ionized alkanes so abundant?

C. E. Hudson, D. McAdoo, J. Traeger, 1998 .

A photoionization study of the ion-neutral complexes CH3CH +CH3·CH2CH3] and CH3CH2CH+CH3·CH3 in the gas phase: Formation, H-transfer and C—C bond formation between partners, and channeling of energy into dissociation

C. E. Hudson, D. McAdoo, J. Traeger, 1996, Journal of the American Society for Mass Spectrometry.

Isomeric ion-neutral complexes generated from ionized 2-Methylpropanol and n-Butanol: the effect of the polarity of the neutral partner on complex-mediated reactions

C. E. Hudson, D. McAdoo, J. Traeger, 1992, Journal of the American Society for Mass Spectrometry.

Size effects in ion-neutral complex-mediated alkane eliminations from ionized aliphatic ethers

C. E. Hudson, D. McAdoo, J. Traeger, 1991, Journal of the American Society for Mass Spectrometry.

The distonic ion ˙CH2CH2CO+ and its formation from ionized cyclopentanone

C. E. Hudson, D. McAdoo, J. Traeger, 1989 .

The distonic ions HO+CHCH2C˙H2 and CH3C(O+H)CH2C˙H2

C. E. Hudson, D. McAdoo, J. Traeger, 1988 .

Evidence for ion-neutral complex-mediated reactions well above the threshold for dissociation of the complex

C. E. Hudson, D. McAdoo, 1990 .

Evidence for ion—neutral complexes in C3H7O+ decompositions from CAD spectra of labeled daughter ions

C. E. Hudson, D. McAdoo, 1989 .

Rearrangements of the methyl butanoate ion and its isomers: time and energy dependence of reactions on a complicated potential surface

C. E. Hudson, D. McAdoo, J. Traeger, 1989 .

Alkane eliminations from radical cations through ion-radical complexes

C. E. Hudson, D. McAdoo, 1984 .

Non-ergodic dissociation of the acetone/enol ion

C. E. Hudson, D. McAdoo, 1984 .

Energy randomization is complete in [C5H10O]+˙ ions with the oxygen on the middle carbon

C. E. Hudson, D. McAdoo, 1983 .

Preference for an ion-neutral complex-mediated pathway over a five-membered-ring H shift in the isomerization of CH3O+HCH2CH2· to CH3CH2CH2OH+· by Ab initio theory

C. E. Hudson, D. McAdoo, L. L. Griffin, 1995, Journal of the American Society for Mass Spectrometry.

Reaction of ionized propene with methanol: Comparison with CH3OH2+ formation from ionized 2-methylpropanol

Mohammed S. Ahmed, C. E. Hudson, D. McAdoo, 1994 .

Formation of CH3CH2OCH3+˙ and ˙CH2+OHCH2CH3 from ionized 2-ethoxyethanol and theoretical and experimental studies of the reactions of ˙CH2+OHCH2CH3

C. E. Hudson, D. McAdoo, V. Ramanujam, 1993 .

Energy dependence of H-exchange versus CC bond formation in the complex [CH3OH CH2CH+2]: unimolecular and bimolecular studies

Mohammed S. Ahmed, C. E. Hudson, D. McAdoo, 1990 .

Gas phase ionic reactions are generally stepwise processes

C. E. Hudson, D. McAdoo, 1984 .

1,2-Carbon shifts in [C4H8O]+˙ and [C5H10O]+˙ ions

C. E. Hudson, D. McAdoo, 1985 .

CH4 Loss from (CH3)4N+ Revisited: How Does This High Energy Elimination Compete with •CH3 Loss?

C. E. Hudson, D. McAdoo, L. L. Griffin, 2004 .

Decompositions of metastable [C6H12O]+ ions with the oxygen on the third carbon: Ring‐size preferences in [CnH2nO]+˙ ions

C. E. Hudson, D. McAdoo, K.M.L. Holden, 1986 .

Methane loss from (CH3)3O+: An asynchronous, concerted 1,2-alkane elimination

C. E. Hudson, D. McAdoo, 2006 .

Theoretical characterizations of novel C2H5O+ reactions

C. E. Hudson, D. McAdoo, 2004 .

Theoretical studies of methane elimination from C4H9+ and H2 elimination from C3H7+

C. E. Hudson, D. McAdoo, S. Eapen, 2003 .

Methane elimination from ionized 1-butene

C. E. Hudson, D. McAdoo, 2002 .

Elimination of methane from protonated acetaldehyde: The Ab initio transition state

C. E. Hudson, D. McAdoo, Liberty DeLeon, 1994, Journal of the American Society for Mass Spectrometry.

Energy dependence of ion-induced dipole complex-mediated alkane eliminations from ionized ethers

C. E. Hudson, D. McAdoo, J. Traeger, 1990 .

Alkane eliminations from ionized ketones in the gas phase: dependence of ion-neutral-complex-mediated decompositions on the properties of the ionic and neutral partners

C. E. Hudson, D. McAdoo, J. Traeger, 1988 .

The decompositions of metastable [C4H8O]+˙ ions and the [C4H8O]+˙ potential surface

C. E. Hudson, D. McAdoo, 1983 .

Ion-neutral complexes as intermediates in the decompositions of C5H10O2.cntdot.+ isomers

C. E. Hudson, D. McAdoo, Ellen M. Broido, 1987 .

Interconversions of C5H10O+· ions with the oxygen on the first, second and third carbons: Approximately 60 communicating isomers

C. E. Hudson, D. McAdoo, 1995 .

Formation of· CH2CH2CO + and C2H6+· in the metastable decompositions of ionized ethyl formate

C. E. Hudson, D. McAdoo, 1992 .

Ab initio and RRKM evidence that the McLafferty rearrangement of ionized n-butanal is stepwise

C. E. Hudson, D. McAdoo, L. L. Griffin, 1989 .

Ion-Neutral Complexes as Intermediates in the Decompositions of C5H10O·+ 2 Isomers

C. E. Hudson, D. McAdoo, Ellen M. Broido, 1988 .

The source of extensive exchange of β and γ hydrogens prior to loss of ethylene but not methyl from metastable methyl butanoate ions

C. E. Hudson, D. McAdoo, Thomas Lin, 1987 .

Metastable decompositions of cyclopentanol ions and [C5H10O]+˙ ions with the oxygen on the first carbon

C. E. Hudson, D. McAdoo, 1984 .

Propanoyl ion formation from metastable [C3H6O]+˙ ions

C. E. Hudson, D. McAdoo, 1982 .

An Ab initio study of substituent effects on 12-shifts in radicals

C. E. Hudson, D. McAdoo, 1990 .

Carbocation-like isomerisations at radical sites precede methyl losses from ionised butanoic acid

C. E. Hudson, D. McAdoo, N. Nibbering, 1986 .

Noncompeting metastable losses of methyl and ethylene from gaseous butanoic acid ions due to isomerization prior to methyl loss

C. E. Hudson, D. McAdoo, 1981 .

Metastable decompositions of C5H10O+. ions with the oxygen on the middle carbon: a test for energy randomization

C. E. Hudson, D. McAdoo, W. Farr, 1980 .

A density functional theory study of methyl shifts and methylcyclopropanol ion formation in C4H8O+· ions☆

C. E. Hudson, D. McAdoo, 2000 .

On the shift of H2O between the carbons of the radical cation [CH2CH2OH2]+˙

C. E. Hudson, D. McAdoo, 1986 .

Why ketonization is favored over enolization in 5-membered ring H-transfers by CH3C(OH+)CH2CH2 and in 6-membered ring H-transfers by CH3(COH+)CH2CH2CH2

C. E. Hudson, D. McAdoo, Lidenys C. Varela, 2006 .

Nonergodic behavior, possibly due to an insufficient density of states, in the decompositions of CH/sub 2/C(OH)OD/sup +/

C. E. Hudson, D. McAdoo, L. L. Griffin, 1984 .

Prevention of a low energy isomerization of ionized butanoic acid at higher energies by competing rearrangements

C. E. Hudson, D. McAdoo, 1986 .

The barrier to methane elimination from ionized butan‐2‐one: Theory and experiment

Mohammed S. Ahmed, C. E. Hudson, D. McAdoo, 1992 .

Characterization by theory of H-transfers and onium reactions of CH3CH2CH2N+H=CH2

C. E. Hudson, D. McAdoo, 2007, Journal of the American Society for Mass Spectrometry.

An ab initio study of substituent effects in [1,3]-hydrogen shifts.

C. E. Hudson, D. McAdoo, 2003, The Journal of organic chemistry.

Nonrandomization of energy in chemically activated 2-butanone ions

C. E. Hudson, D. McAdoo, 1983 .

Ethene elimination from CH3CH2NH=CH2+: Reaction pathways at the boundary between stepwise and concerted processes

C. E. Hudson, D. McAdoo, 1998 .

Isomerization of CH3O+=CHCH3 to CH2=O+CH2CH3

C. E. Hudson, D. McAdoo, 1998 .

Experimental and computational evidence for C=O π-bonding in [CH2OH]+ and related oxonium ions

C. E. Hudson, D. McAdoo, R. Bowen, 2020, European journal of mass spectrometry.

Dependency of H-transfer on the initial configuration of the partners in ion-neutral complexes: motion of the partners as a function of the initial geometry of complexes

C. E. Hudson, D. McAdoo, J. Traeger, 1997 .

C4H8+ isomerizations by theory

C. E. Hudson, D. McAdoo, David C. Wang, 2004 .

Beta cleavages of distonic ions, alpha cleavages of enol ions, isomerizations of distonic and enol ions and corresponding reactions of free radicals

C. E. Hudson, D. McAdoo, 2001 .

Decompositions of the tentatively identified carbene ion CH3CH2C̈OH

C. E. Hudson, D. McAdoo, J. Traeger, 1987 .

Ab initio characterization of ring-opening H-transfer in ionized cyclopentanone: Similarity to ion-neutral complex-mediated alkane eliminations

C. E. Hudson, D. McAdoo, 1996, Journal of the American Society for Mass Spectrometry.

Formation of ketone ions upon the loss of CH2O from ionized esters

C. E. Hudson, D. McAdoo, Thomas Lin, 1985 .

The formation of [CH3CH2C(OH)CH2]+˙ from 1‐hepten‐3‐ol

C. E. Hudson, D. McAdoo, 1981 .

Steroid hormones modulate expression of cytochrome P450 enzymes in male hamster reproductive tract and leiomyosarcomas.

C. E. Hudson, T. Sutter, B. A. Schulte, 2001, Carcinogenesis.

Stereospecificity in ozonide and cross-ozonide formation

C. E. Hudson, N. L. Bauld, P. Bailey, 1968 .

Elimination of H2 from CH3CH=N+HCH3: A synchronous, concerted 1,4-H2 elimination

C. E. Hudson, D. McAdoo, R. Bowen, 2008, Journal of the American Society for Mass Spectrometry.

Ethane elimination from C11H24+. isomers. The effect of the position of formation of the neutral in relation to the ionic partner on the competitiveness of ion/neutral complex-mediated eliminations

C. E. Hudson, D. McAdoo, P. Longevialle, 1991 .

VALENCE ISOMERIZATION OF IONIZED OXIRANE

C. E. Hudson, D. McAdoo, A. J. Alexander, 1998 .

Size effects in ion-neutral complex-mediated alkane eliminations from ionized aliphatic ethers

C. E. Hudson, D. McAdoo, J. Traeger, 1991, Journal of the American Society for Mass Spectrometry.