WebJan 25, 2014 · We present high-resolution genetic and cytogenetic maps for C. hirsuta and show that the genome structure of C. hirsuta closely resembles the eight chromosomes of the ancestral crucifer karyotype and provides a good reference point for comparative … WebTransferring two Knotted1-like homeobox genes between C. hirsuta and A. thaliana revealed a constraint imposed by pleiotropy on the evolutionary potential of cis regulatory change to modify leaf shape. FLOWERING LOCUS C was identified as a heterochronic gene that underlies natural leaf shape variation in C. hirsuta. Copyright © 2016 The …
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WebFeb 18, 2024 · Here, we report on the implementation of the CRISPR/Cas9 genome editing methodology in C. hirsuta and with it the generation of novel alleles in the RCO gene, which was previously shown to play a major role in the diversification of form between the two … Cardamine hirsuta, commonly called hairy bittercress, is an annual or biennial species of plant in the family Brassicaceae, and is edible as a salad green. It is common in moist areas around the world. See more Depending on the climate C. hirsuta may complete two generations in a year, one in the spring and one in the fall; also depending on the climate, the seeds may germinate in the fall and the plants may remain green … See more It is commonly found in damp, recently disturbed soil, open ground, turf and waste places and native to Europe as far east as the Caucasus, and to North Africa. These conditions are prevalent in nursery or garden centre plants, and hairy bittercress seeds may be … See more • Media related to Cardamine hirsuta at Wikimedia Commons • See more • Binomial etymology • Common names See more The leaves are edible raw and other tender parts of the plant can be cooked. See more incline bassinet insert
Cardamine hirsuta: a comparative view - PubMed
WebJun 9, 2024 · Cardamine hirsuta is described as an experimental system in which genetic and transgenic approaches can be deployed effectively for comparative studies and clear phylogeographic structure is found to the genetic variation in C. hirsuta, thus providing a context within which to address questions about evolutionary changes that link genotype … WebS.tuberosum,C.hirsuta,andP. sativum )thatshow contrasting phylogenetic positions, genetic con-trols and patterning of leaflet development, dis-sectionofleafletmargins,andleafletspecialization (Fig.1,A,E,I,M,andR,andfig.S1)(18). We cloned 11 NAM/CUC3 genes from these species, and phylogenetic analysis showed that … WebJun 29, 2024 · A fascinating and distinguishing feature of C. hirsuta that underlies its explosive seed dispersal is the asymmetry of LAC4, LAC11, and LAC 17 localization in endb cells. How and why did this evolutionary novelty evolve in C. hirsuta? inbuilt cpu in monitor