A. McKenzie

发表

XLII.—The esterification of r-mandelic acid by menthol and borneol

A. McKenzie, 1904 .

LXXX.—Experiments on the Walden inversion. Part IV. The interconversion of the optically active phenylmethylglycollic acids

G. W. Clough, A. McKenzie, 1910 .

CCXVI.—Experiments on the Walden inversion. Part VII. Action of phosphorus pentachloride and of thionyl chloride on optically active hydroxy-acids and esters

A. McKenzie, F. Barrow, 1911 .

XLVIII.—Experiments on the walden inversion. Part VIII. α-Amino-α-phenylpropionic acids

G. W. Clough, A. McKenzie, 1912 .

CCLXI.—Experiments on the walden inversion. Part VI. Conversion of the optically active α-hydroxy-α-phenylpropionic acids into α-chloro-α-phenylpropionic acids

G. W. Clough, A. McKenzie, 1910 .

Titanium as a regio- and stereo-selective control element in the reaction of α-alkoxyallylic phosphine oxide anions with carbonyl compounds

A. McKenzie, A. W. Murray, E. F. Birse, 1988 .

CXXVII.—Studies in asymmetric synthesis. I. Reduction of menthyl benzoylformate. II. Action of magnesium alkyl haloids on menthyl benzoylformate

A. McKenzie, 1904 .

CXXI.—The esterification of 3-nitrophthalic acid

A. McKenzie, 1901 .

LXXVII.—Experiments on the Walden inversion. Part IX. The interconversion of the optically active phenylmethylcarbinols

G. W. Clough, A. McKenzie, 1913 .

XXIX.—The preparation of l-benzoin

H. Wren, A. McKenzie, 2022 .

CCLXXVI.—Elimination of the amino-group of tertiary amino-alcohols. Part II. The semipinacolinic deamination of β-hydroxy-αβ-diphenyl-β-naphthylethylamine

A. McKenzie, Walter Samuel Dennler, 1924 .

CII.—Migration of groups in derivatives of benzoin and desylamine

R. Roger, A. McKenzie, 1924 .

X.—Elimination of the amino-group of tertiary amino-alcohols. Part I

Angus Richardson, A. McKenzie, 1923 .

LXXV.—The racemisation of phenyl-p-tolylacetic acid

A. McKenzie, S. Widdows, 1915 .

CXLIII.—Some derivatives of desylamine

A. McKenzie, F. Barrow, 1913 .

CCCXLVIII.—The conversion of r-phenyl-α-naphthylglycollic acid into ketones

A. McKenzie, Harold James Tattersall, 1925 .

XLVI.—Conversion of amino-acids into tertiary amino-alcohols

A. McKenzie, G. Wills, 1925 .

LII.—Optically active glycols derived from l-benzoin and from methyl l-mandelate

H. Wren, A. McKenzie, 1910 .

LXXXIX.—Experiments on the Walden inversion. Part II. The interconversion of the optically active mandelic acids

G. W. Clough, A. McKenzie, 1909 .

CVI.—Elimination of the amino-group of tertiary amino-alcohols. Part III. A new method for the preparation of optically active ketones

R. Roger, A. McKenzie, G. Wills, 1926 .

A spin-labeled abasic DNA substrate for AP endonuclease.

D. Budil, A. Perry, P. Strauss, 2001, Biochemical and biophysical research communications.

CXXVIII.—Configuration of the stereoisomeric dibromosuccinic acids

A. McKenzie, 1912 .

CLXXXIII.—The displacement of halogen in optically active phenylhalogenacetic acids by the anilino-group

A. McKenzie, S. Bate, 1915 .

VI.—β-Amino-β-phenylpropiophenone

A. McKenzie, F. Barrow, 1921 .

XIV.—Experiments on the Walden inversion. Part III. Optically active β-hydroxy-β-phenylpropionic acids and the corresponding β-bromo-β-phenylpropionic acids

A. McKenzie, H. Humphries, 1910 .

LXVII.—The isomeric tropic acids

A. McKenzie, J. K. Wood, 1919 .

CXXII.—The conversion of malonic acid into d-malic acid

H. J. Plenderleith, A. McKenzie, 2022 .

CXXIV.—Action of magnesium phenyl haloids on diphenylchloroacetyl chloride. Constitution of triphenylvinyl alcohol

A. McKenzie, J. Boyle, 2022 .

V.—Conversion of l-phenylchloroacetic acid into d-diphenylsuccinic acid

G. H. Martin, H. Drew, A. McKenzie, 2022 .

CCVIII.—Catalytic racemisation of the diastereoisomeric 1-menthyl phenylbromoacetates

A. McKenzie, I. Smith, 1924 .

CCCXXXVI.—Optical activation of racemic acid by d-malic acid

H. J. Plenderleith, A. McKenzie, N. Walker, 2022 .

CCXVI.—The isomeric l-menthyl phenylchloroacetates

A. McKenzie, I. Smith, 1923 .

XLV.—Optical activation of racemic acid by l-malic acid

A. McKenzie, N. Walker, 2022 .

LI.—Conversion of racemic acid into a mixture of racemic and d-tartaric acids by means of l-malic acid

A. McKenzie, 2022 .

LXVIII.—Studies in asymmetric synthesis. Part VII. The influence of the d-amyl group

A. McKenzie, H. Müller, 2022 .

CXXV.—Studies in asymmetric synthesis. Part VIII. The asymmetric synthesis of l-mandelic acid

A. McKenzie, H. Humphries, 2022 .

CXII.—Studies in asymmetric synthesis. VI. The asymmetric synthesis of the optically active tartaric acids

H. Wren, A. McKenzie, 2022 .

LXXIII.—Studies in asymmetric synthesis. V. Asymmetric syntheses from l-bornyl pyruvate

H. Wren, A. McKenzie, 2022 .

CXXXVIII.—Studies in asymmetric synthesis. III. The asymmetric synthesis of l-lactic acid. The optical activity of fermentation lactic acid

A. McKenzie, 2022 .

LXXIV.—The displacement of halogen in l-pheynylchloroacetic acid by hydroxy- and methoxy-groups. A contribution to the chemistry of the Walden inversion

G. W. Clough, A. McKenzie, 1908 .

XCIII.—A contribution to the chemistry of the mandelic acids

A. McKenzie, 1899 .

LXXII.—Active and inactive phenylalkyloxyacetic acids

A. McKenzie, 1899 .

325. The question of intramolecular asymmetric induction

A. McKenzie, A. Wood, 1939 .

CCVIII.—The dehydration of glycols derived from α-naphthylglycollic acid

A. McKenzie, Walter Samuel Dennler, 1926 .