Introduction to Solanum Chacoense

What is/are Solanum Chacoense?

Solanum Chacoense - In this study, we examined four potato genomes of DM1-3 516 R44 (DM) from Solanum phureja, RH89039-16 (RH) from Solanum tuberosum, M6 from Solanum chacoense and Solanum commersonii to determine SSR abundance and distribution and develop a larger list of polymorphic markers for a potentially wide range of uses for the potato community. ^[1] In addition, accessions for practically absent species were collected for the ex situ conservation system, such as Ipomoea species, Eleusine indica, and Solanum chacoense. ^[2] In this study, we cloned 16 allelic variants of the Rpi‐chc1 gene from Solanum chacoense and other Solanum species, and identified the cognate P. ^[3] The second gene, VviFSK (Vitis vinifera Flower and Seed Kinase), is mainly expressed in flowers at anthesis stage and in immature seeds and codes for a protein with high similarity to ScORK17, a receptor kinase involved in the ovule and seed development regulation in Solanum chacoense. ^[4] Extracts prepared from wild potato species, particularly Solanum maglia and Solanum chacoense, had the strongest inhibitory effect on mustard growth. ^[5] Solanum chacoense is a wild tuber-bearing species and an important resource used as inbred line to improve common scab resistance in interspecies transfer to cultivated potato (S. ^[6] In contrast to cultivated potato, Solanum chacoense, a widespread wild potato species, has evolved a 2-ODD enzyme leading to the formation of leptinines. ^[7] One of wild diploid Solanum species, Solanum chacoense, is one of the excellent resources for potato breeding because it is resistant to several important pathogens, but the species is not sexually compatible with potato (S. ^[8] To address this question, we performed a global transcriptomic analysis in the ovary of a wild potato species, Solanum chacoense, at various time points following compatible, incompatible, and heterospecific pollinations. ^[9]

Species Solanum Chacoense

To generate diploid inbred lines, the tuber bearing self-compatible species Solanum chacoense (M6 line) has been used to overcome self-incompatibility. ^[1] tuberosum and the wild potato species Solanum chacoense to map the quantitative trait loci (QTLs) associated with the regulation of SGAs content in tuber flesh. ^[2] The first members studied, ScFRK1 and ScFRK2 were shown to play a pivotal role in gametophyte development in the wild potato species Solanum chacoense. ^[3]

solanum chacoense clone

The diploid Solanum chacoense clone M6 has been widely used to introgress SC into North American potato diploid breeding programs. ^[1] This paper describes a Solanum chacoense clone (M19) that is homozygous for a PVY resistance gene. ^[2]