AbstractN-Terminal analysis, peptide mapping and partial peptide sequencing of the 97 and 103 kDa forms of starch branching enzyme from potato tubers showed that the two forms are highly related. A comparison with sequence data in the literature showed that these forms belong to the starch branching enzyme isoform I family. An internal cDNA fragment was obtained using PCR technology on potato tuber RNA with two oligonucleotide primers constructed from the peptide sequence data. Southern blot analysis using the PCR fragment as probe showed that there is only one gene locus encoding this isoform of the enzyme in Solanum tuberosum as well as in Solanum commersonii
Producing starches with altered composition, structure and novel physico-chemical properties in plan...
BACKGROUND: Glucose-6-phosphate is imported into the amyloplast of potato tubers and thought to cons...
Crops such as potatoes that have storage organs (tubers) placed in the soil produce twice the amount...
AbstractN-Terminal analysis, peptide mapping and partial peptide sequencing of the 97 and 103 kDa fo...
Full length cDNAs encoding a second starch branching enzyme (SBE A) isoform have been isolated from ...
AbstractStudying in vitro stem cuttings of Solanum tuberosum induced for tuberization and those of a...
AbstractThis is the first report of the biosynthetic potential of a tuber storage organ investigated...
Background Starch is the principle constituent of potato tubers and is of considerable importance...
The aim of this project was to study starch phosphorylase gene expression in potato tubers during di...
Starch consists of two major components; amylose and amylopectin. Amylose is synthesized by the enzy...
AbstractPotato tubers are modified stems that have differentiated into storage organs. Factors such ...
Antisense constructs containing cDNAs for potato starch branching enzyme (SBE) were introduced into ...
Starch consists of two major components; amylose and amylopectin. Amylose is synthesized by the enzy...
Abstract Background Even though the process of potato tuber starch biosynthesis is well understood, ...
Glucose-6-phosphate is imported into the amyloplast of potato tubers and thought to constitute the p...
Producing starches with altered composition, structure and novel physico-chemical properties in plan...
BACKGROUND: Glucose-6-phosphate is imported into the amyloplast of potato tubers and thought to cons...
Crops such as potatoes that have storage organs (tubers) placed in the soil produce twice the amount...
AbstractN-Terminal analysis, peptide mapping and partial peptide sequencing of the 97 and 103 kDa fo...
Full length cDNAs encoding a second starch branching enzyme (SBE A) isoform have been isolated from ...
AbstractStudying in vitro stem cuttings of Solanum tuberosum induced for tuberization and those of a...
AbstractThis is the first report of the biosynthetic potential of a tuber storage organ investigated...
Background Starch is the principle constituent of potato tubers and is of considerable importance...
The aim of this project was to study starch phosphorylase gene expression in potato tubers during di...
Starch consists of two major components; amylose and amylopectin. Amylose is synthesized by the enzy...
AbstractPotato tubers are modified stems that have differentiated into storage organs. Factors such ...
Antisense constructs containing cDNAs for potato starch branching enzyme (SBE) were introduced into ...
Starch consists of two major components; amylose and amylopectin. Amylose is synthesized by the enzy...
Abstract Background Even though the process of potato tuber starch biosynthesis is well understood, ...
Glucose-6-phosphate is imported into the amyloplast of potato tubers and thought to constitute the p...
Producing starches with altered composition, structure and novel physico-chemical properties in plan...
BACKGROUND: Glucose-6-phosphate is imported into the amyloplast of potato tubers and thought to cons...
Crops such as potatoes that have storage organs (tubers) placed in the soil produce twice the amount...