Genetic collection of cape gooseberry (physalis) will allow an improving of its varieties
date:Sep 04, 2013
differences were not highly significant, said Madrin.
The potentially important materials to be planted in the evaluated area were the UNPU138, UNPU176, UNPU157, UNPU218, UNPU194 and UNPU211 entries in which the fruits had the largest amounts of soluble solids and were heavier, said the agro-ecologist.

This study, which can be used to identify a favourable genotype for breeding programs of the fruit, has great potential.

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