Pollen Analysis

Comparative proteomic analysis of Arabidopsis mature pollen and germinated pollen.

Proteomic analysis was applied to generating the map of Arabidopsis mature pollen proteins and analyzing the differentially expressed proteins that are potentially involved in the regulation of Arabidopsis pollen germination. By applying 2-D electrophoresis and silver staining, we resolved 499 and 494 protein spots from protein samples extracted from pollen grains and pollen tubes, respectively...

Identification and analysis of pollen

Pollen Analysis: Not Just a Qualitative Tool

Pollen analysis is seen as a largely qualitative method, but recent developments in analytical techniques, technologically and theoretically, have directed a move towards a greater use of quantitative interpretation. Use of these new methods allows more detailed information to be obtained from pollen data and in turn widens the scope for use of this technique. It is often assumed that pollen an...

Pollen Grains Contour Analysis on Verification Approach

Earth’s biodiversity has been suffering the effects of human contamination, and as a result there are many species of plants and animals that are dying. Automatic recognition of pollen species by means of computer vision helps to locate specific species and through this identification, study all the diseases and predators which affect this specie, so biologist can improve methods to preserve th...

Proteomic analysis of tomato (Lycopersicon esculentum) pollen.

In flowering plants, pollen grains are produced in the anther and released to the external environment with the primary function of delivering sperm cells to the female gametophyte. This study was conducted to identify proteins in tomato pollen and to analyse their roles in relation to pollen function. Tomato is an important crop which is grown worldwide and is an excellent experimental system....