On June 27, 2008 the talk of famous Japanese scientist in the field of photosynthesis, Professor Murata N. will be held in the Institute of Botany.
On June 25, Tarlan Mammadov Hazarpasha oglu will defend his dissertation entitled "Identification, characterization and ... →
The International Conference and Workshop on "Bioinformatics: Current Progress and Practical Applications" devoted to the 80th anniversary of J. Aliyev... →
В тяжелое для страны время политических игр трудный путь борьбы академика
Джалала Алиева во имя принципов чистоты науки и торжества истины →
GARAGYLCHYG-2 DURUM WHEAT VARIETY
ORIGIN: The variety was released at Research Institute of Agriculture crossing local "Garagylchyk" cultivar with "Norin-10" by a multistage selection.
Jalal Alirza Aliyev was born on June 30, 1928 in Nakhchivan, Azerbaijan Republic. He graduated in 1944 from the faculty of Natural Science of the Nakhchivan Teachers' Institute and in 1951 from the Biological Faculty of Azerbaijan State University (with distinction). Being of third year student (1948), J.Aliyev began to work as a research assistant at the Department of Plant Physiology and then he selects this field of biology as a major for his future scientific activity.
More than fifty years of fruitful researches of Professor Aliyev are devoted to study on the theory of photosynthetic activity as the base of productivity of agricultural plants, mainly of wheat.
In the consecutive and purposeful activity J. Aliyev develops complex researches on photosynthesis as a base of production process. The cycle of these researches covers physiological, biochemical and molecular-genetic bases of plant productivity and also a study of production processes in all levels of structural- functional organization of vital function of the plant organism - from molecular to the whole plant and sowing.
и автор предисловия и послесловия
В этот мир я не вмещусь (О жизни и творчестве академика Джалала Алиева)
Professor Jalal A.Aliyev's fifty years dynamic researches have been devoted to the study of the theory of photosynthetic activity as a fundamental for productivity of crop plants, mainly wheat. The overall activity of these researches covers physiological, biophysical, biochemical and molecular-genetic bases of plant productivity and also the study of production processes in all levels of structural-functional organization of plant organism - from molecular to the whole plant and sowing. On these ground the following can be underlined:
Marine bacteria have the capacity to take up and capture carbon dioxide with the help of sunlight. This has been discovered by researchers at Kalmar University in Sweden in collaboration with colleagues in Spain, Australia, and Russia. The finding is being published in the internationally respected scientific journal PNAS. This can be compared to a simple form of photosynthesis, where marine bacteria use energy from sunlight to absorb carbon dioxide. It was previously known that bacteria in oxygen-starved lakes can have this capacity, but it's new knowledge that bacteria in the open seas can do so as well.
ScienceDaily (Jun. 12, 2008) - As a general rule, your DNA is not something you want rearranged. But there are exceptions - especially when it comes to fighting infections. Since the number of microbes in the world far surpasses the amount of human DNA dedicated to combat them, specialized cells in the immune system have adopted an ingenious, if potentially disastrous, strategy for making antibodies. These cells, called B lymphocytes, intentionally mutate their own DNA to ward off invaders they have never seen before.
(Santa Barbara, Calif.) вЂ“вЂ“ An international team of scientists has published a new analysis showing that as plant species around the world go extinct, natural habitats become less productive and contain fewer total plants вЂ“вЂ“ a situation that could ultimately compromise important benefits that humans get from nature.
The article is to appear in the online issue of the Proceedings of the National Academy of Sciences the week of Nov. 5.