LABELED compounds provide new tools for plant physiological research and they are
particularly useful for investigating the absorption, translocation and mode of action of …

Barley and oat plants at the 1-, 2-, 3-, 4-, 5-and 6-leaf stages were treated with 10 µl 0.5%
14C-labelled 2, 4-D applied to the centre of the upper surface of each leaf. These treatments …

Various techniques and methods evolved for studying absorption and translocation of
herbicides using corbon14-labeled compounds are presented. Advantages of the counting …

The primary object of the work describedin this paper was to study comparatively the
absorption and translocation of several herbicides. The fate and toxic action will be the …

Abstract Absorption of 2, 4-D has been measured by applying the radioactive compound to
the leaf surface and recovering the residue. Translocation was studied by applying the …

The plant growth regulating properties of 2, 4–D (2, 4–dichlorophenoxyacetic acid)(26) and
the resistance of most monocotyledonous plants to the toxic effect of this chemical (17) have …

A review is given of the influence of the morphological characters of plants on the
distribution, retention and uptake of herbicides, the translocation of herbicides in plants and …

Autographs of bean plants treated with radioactive 2, 4-D prove that absorption is rapid, that
the chemicalmigrates to the vascular tissues, and that ittranslocates at rates up to 100 cm …

The following aspects of the absorption and translocation of growth-regulator herbicides are
reviewed: the anatomy of seeds and of the leaves, stems and roots of plants; the use of …

Abstract FATE OF HERBICIDE CHEMICALS IN THE AGRICULTURAL ENVIRONMENT
WITH PARTICULAR EMPHASIS ON THE APPLICATION OF NUCLEAR TECHNIQUES. The …