Oxidation of longifolene, a mono-olefinic sesquiterpene, with a chloroform solution of perbenzoic acid proceeded to almost two mole consumption of the peracid to furnish a number of products, important ones being an α-ketol, a norketone (longicamphenilone) and the corresponding C14-alcohols. Under certain conditions it has been possible to arrest the reaction at one mole consumption and to isolate longifolene-α-epoxide, which is the major product; some amounts of epimeric longifolaldehydes and longicamphenilone were also formed. Further action of perbenzoic acid on longifolene oxide and longifolaldehydes has been investigated and the results used to interpret the mechanism of abnormal peracid oxidation of longifolene
Acetolysis of 8-bromoneoisolongifolene generates, besides two normal products (of elimination and SN...
The gross mechanism of rearrangement of longifolene to isolongifolene has been elucidated by using s...
The gross mechanism of rearrangement of longifolene to isolongifolene has been elucidated by using s...
Oxidation of longifolene, a mono-olefinic sesquiterpene, with a chloroform solution of perbenzoic ac...
The isolation and stereochemistry of 3-hydroxylongifolaldehyde (4), the missing key-compound in the ...
Unlike the analogous case of camphene, hydration of longifolene with acetic acid-sulphuric acid in d...
Isolongifolene epoxide undergoes novel rearrangements on treatment with 1% HCl in CHCl<SUB>3</SUB> o...
ψ-Longifolic acid, a chromic acid oxidation product of longifolene, is unequivocally shown to posses...
Hydration of longifolene under acid catalysis gives, besides longiborneol, one secondary alcohol and...
Longipinene on exposure to acids rapidly rearranges to furnish α- and β-himachalenes, longifolene an...
Isolongifolene, C15H24 an artefact from an acid-catalysed rearrangement of longifolene, is shown to ...
Isolongifolene, C15H24 an artefact from an acid-catalysed rearrangement of longifolene, is shown to ...
The question of possible neutral intermediates which may lie on the reaction pathway in going from l...
Starting with camphene-1-carboxylic acid (III), both C13-keto acid (II), the key degradation product...
Isolongifolene has been systematically degraded to a bisnor-keto acid, the spectral characteristics ...
Acetolysis of 8-bromoneoisolongifolene generates, besides two normal products (of elimination and SN...
The gross mechanism of rearrangement of longifolene to isolongifolene has been elucidated by using s...
The gross mechanism of rearrangement of longifolene to isolongifolene has been elucidated by using s...
Oxidation of longifolene, a mono-olefinic sesquiterpene, with a chloroform solution of perbenzoic ac...
The isolation and stereochemistry of 3-hydroxylongifolaldehyde (4), the missing key-compound in the ...
Unlike the analogous case of camphene, hydration of longifolene with acetic acid-sulphuric acid in d...
Isolongifolene epoxide undergoes novel rearrangements on treatment with 1% HCl in CHCl<SUB>3</SUB> o...
ψ-Longifolic acid, a chromic acid oxidation product of longifolene, is unequivocally shown to posses...
Hydration of longifolene under acid catalysis gives, besides longiborneol, one secondary alcohol and...
Longipinene on exposure to acids rapidly rearranges to furnish α- and β-himachalenes, longifolene an...
Isolongifolene, C15H24 an artefact from an acid-catalysed rearrangement of longifolene, is shown to ...
Isolongifolene, C15H24 an artefact from an acid-catalysed rearrangement of longifolene, is shown to ...
The question of possible neutral intermediates which may lie on the reaction pathway in going from l...
Starting with camphene-1-carboxylic acid (III), both C13-keto acid (II), the key degradation product...
Isolongifolene has been systematically degraded to a bisnor-keto acid, the spectral characteristics ...
Acetolysis of 8-bromoneoisolongifolene generates, besides two normal products (of elimination and SN...
The gross mechanism of rearrangement of longifolene to isolongifolene has been elucidated by using s...
The gross mechanism of rearrangement of longifolene to isolongifolene has been elucidated by using s...