2012 - Europe Direct Iasi
2012 - Europe Direct Iasi
2012 - Europe Direct Iasi
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EUROINVENT <strong>2012</strong><br />
pepper (Capsicum annuum L.) collected from Western Romania<br />
and the genetic variability assessment of local populations of<br />
chilli pepper using molecular markers.<br />
The research project involves the use of modern methods of<br />
quantifying the biosynthetic products of secondary metabolism<br />
in a germplasm of chilli pepper (Capsicum annuum L.).<br />
The evaluation of capsaicin and carotenoid compounds<br />
biosynthesised in in vitro tissue and cell cultures involves the<br />
development of callus from different explants on different types<br />
of hormonal balance in the culture medium and quantification of<br />
secondary metabolites in vegetal extracts obtained using<br />
biochemical, spectrophotometric and chromatographic<br />
techniques.<br />
The biosynthesis capacity assessment in callus cultures will be<br />
compared with the biosynthesis quantification in chilli pepper<br />
fruits reached at technological and physiological maturity.<br />
The aim is the selection of local populations with superior<br />
characteristics in terms of biosynthesis capacity, populations<br />
used in the pepper breeding programs and food, pharmaceutical,<br />
medical and industrial purposes.<br />
X. 7.<br />
Investigation of control mechanisms of the alfalfa multileaflet<br />
Title<br />
trait, genes - transcription factors - phytohormones interactions<br />
Authors Boldura Oana, Popescu Sorina<br />
Banat University of Agricultural Sciences and Veterinary<br />
Institution<br />
Medicine Timisoara<br />
Alfalfa – the most important forage crop rich in protein, can be<br />
improved by modifying leaf architecture (number of leaflets), to<br />
increase the amount of protein. Leaf morphology is controlled by<br />
certain genes whose expression level can detemin alterations<br />
initial model.<br />
It is demonstrated the expression level correlation with the<br />
Description occurrence of KNOX genes in alfalfa grown multileaflet trait.<br />
The postdoctoral project main goal is to identify the time<br />
positioning and networking of hormone levels concentration and<br />
modification in the level of expression of six KNOX genes in<br />
alfalfa. These findings allow deciphering the molecular<br />
mechanisms leading to the appearance and multileaflet trait to<br />
identify methods by which it can be stabilized in descents, for the<br />
protein naturally increasing.<br />
X. 8.<br />
Title<br />
Assessment of somaclonal variability using molecular markers<br />
and identification iridaceae family genotypes with high content<br />
of carotenoid pigments and isoflavones<br />
Innovative Researches<br />
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