Sulfur and nitrogen half-mustard compounds lose their aggressive properties when the chlorine atom is replaced by a carbonate moiety. The anchimeric effect of the novel mustard carbonate analogues is investigated. The reaction follows first-order kinetics, does not need any base, and occurs with OH, NH and acidic CH nucleophiles. Most of these molecules are unexplored and might provide a novel strategy for the preparation of compounds previously not easily accessible
Sulfur and nitrogen (half-)mustard carbonate analogues are a new class of compounds, easily synthesi...
Sulfur and nitrogen mustards are very toxic, yet versatile organic molecules with numerous applicati...
Sulfur and nitrogen mustards are very toxic, yet versatile organic molecules with numerous applicati...
Sulfur and nitrogen half-mustard compounds lose their aggressive properties when the chlorine atom i...
The substitution of a chlorine atom with a carbonate moiety in mustard compounds has led to a new cl...
The substitution of a chlorine atom with a carbonate moiety in mustard compounds has led to a new cl...
The substitution of a chlorine atom with a carbonate moiety in mustard compounds has led to a new cl...
The substitution of a chlorine atom with a carbonate moiety in mustard compounds has led to a new cl...
Sulfur and nitrogen (half-)mustard carbonate analogues are a new class of compounds, easily synthesi...
Sulfur and nitrogen mustards are very toxic, yet versatile organic molecules with numerous applicati...
Sulfur and nitrogen mustards are very toxic, yet versatile organic molecules with numerous applicati...
Sulfur and nitrogen half-mustard compounds lose their aggressive properties when the chlorine atom i...
The substitution of a chlorine atom with a carbonate moiety in mustard compounds has led to a new cl...
The substitution of a chlorine atom with a carbonate moiety in mustard compounds has led to a new cl...
The substitution of a chlorine atom with a carbonate moiety in mustard compounds has led to a new cl...
The substitution of a chlorine atom with a carbonate moiety in mustard compounds has led to a new cl...
Sulfur and nitrogen (half-)mustard carbonate analogues are a new class of compounds, easily synthesi...
Sulfur and nitrogen mustards are very toxic, yet versatile organic molecules with numerous applicati...
Sulfur and nitrogen mustards are very toxic, yet versatile organic molecules with numerous applicati...