Early development of the pinnately compound leaves of Murraya paniculata was studied using both epi-illumination and scanning electron microscopy as well as semithin plastic sectioning of the same specimens that were illustrated by means of epi-illumination. It is shown that morphological conclusions may be affected by the technical approach. The origins of pinnate leaves such as those found in Murraya are discussed..RE: 40 ref.; SC: CA; TR; PL; 0FSource type: Electronic(1
Microlepis oleaefolia (D.C.) Triana, an endemic species of Melastomataceae from the Brazilian cerrad...
Differentiation of the callus derived from the leaf segment of Youngia denticulata (A) were observed...
Plants develop leaves that range from simple to compound in shape. The evolutionary divergence of si...
In the present study, various explants of Murraya paniculata (Jack) Linn., such as cotyledons, shoot...
The establishment of basic leaf shape in three representative members of the genus Vitis (Vitis ripa...
A modified mathematical model based on the concept of generative centres is proposed to describe org...
The developmental morphology of shoots of Thuja occidentalis L. (eastern white cedar) was investigat...
Leaf ontogenesis is determinant for the establishment and regulation of its structural and functiona...
Heterophylly, the existence of different leaf types and leaflet shapes on the same plant was observe...
The chrysanthemum is an important flower crop which can be grown both under glass and in the field. ...
The structure of compound leaves provides flexibility for morphological change by variation in the s...
Morphogenesis in plants is usually reconstructed by scanning electron microscopy and histology of me...
Tree functional-structural models often assume even behaviour throughout plant organs, but this is r...
Angiosperm leaves are extremely variable in form while predominantly maintaining the function of the...
Myriophyllum aquaticum (Vell.) Verdc. produces two morphologically different forms of leaves based o...
Microlepis oleaefolia (D.C.) Triana, an endemic species of Melastomataceae from the Brazilian cerrad...
Differentiation of the callus derived from the leaf segment of Youngia denticulata (A) were observed...
Plants develop leaves that range from simple to compound in shape. The evolutionary divergence of si...
In the present study, various explants of Murraya paniculata (Jack) Linn., such as cotyledons, shoot...
The establishment of basic leaf shape in three representative members of the genus Vitis (Vitis ripa...
A modified mathematical model based on the concept of generative centres is proposed to describe org...
The developmental morphology of shoots of Thuja occidentalis L. (eastern white cedar) was investigat...
Leaf ontogenesis is determinant for the establishment and regulation of its structural and functiona...
Heterophylly, the existence of different leaf types and leaflet shapes on the same plant was observe...
The chrysanthemum is an important flower crop which can be grown both under glass and in the field. ...
The structure of compound leaves provides flexibility for morphological change by variation in the s...
Morphogenesis in plants is usually reconstructed by scanning electron microscopy and histology of me...
Tree functional-structural models often assume even behaviour throughout plant organs, but this is r...
Angiosperm leaves are extremely variable in form while predominantly maintaining the function of the...
Myriophyllum aquaticum (Vell.) Verdc. produces two morphologically different forms of leaves based o...
Microlepis oleaefolia (D.C.) Triana, an endemic species of Melastomataceae from the Brazilian cerrad...
Differentiation of the callus derived from the leaf segment of Youngia denticulata (A) were observed...
Plants develop leaves that range from simple to compound in shape. The evolutionary divergence of si...