Sentence examples for between leaf and tuber from inspiring English sources

A comparison between leaf and tuber tissues reveals conservation as well as tissue dependent variation of gene expression.

To investigate how much similarity there is between leaf and tuber starch biosynthesis, the expression of genes known to be important for tuber starch biosynthesis was investigated in leaves.

In addition to the major QTL peak on chromosome 5, further comparison of trans-acting QTL distribution between leaf and tuber data reveals few other overlapping regions of high QTL frequency in comparison to the distribution plots containing all QTLs.

The current study confirms the synergistic effects of simultaneous reduction in SSII and SSIII observed previously in antisense potato plants [ 22, 27], and in addition reveals several distinctions between the leaf and tuber systems.

Here we describe the identification of expression QTLs (eQTLs) in two different potato tissues of a segregating potato population and query the potato genome sequence to differentiate between cis- and trans-acting eQTLs in relation to gene subfunctionalization. Leaf and tuber samples were analysed and screened for the presence of conserved and tissue dependent eQTLs.

In agreement with this model, the pK-YBI 44 line, showing very low levels of transgene expression, has wild-type leaf and tuber carotenoid levels.

Expression profiles of leaf and tuber RNA extracts were obtained from two independent experiments.

When comparing leaf and tuber eQTL distribution overlapping regions with high eQTL numbers can be identified.

All normalized expression data for leaf and tuber samples have been deposited in ArrayExpress (E-MTAB-808, E-MTAB-701).

OCI in leaf and tuber extracts was titrated using the colorimetric protein substrate azocasein and E-64-calibrated papain (EC 3.4.22.2) as a target protease [ 58].

In total 161 full-length cDNAs (2901 bp) were cloned from leaf and tuber tissue of cultivars Diana, Theresa, Saturna, and Satina.