… In this review, we focus on recent work on the genomics and molecular biology of P. patens,
and on new tools and resources available for experimental analysis of gene function. We …

… P. patens contains about three times as many full-length LTR-Rs as A. thaliana, but about …
strand might have been higher than for TAGs on the same strand in the ancestor of P. patens. …

… The P. patens genome lacks the TE ‐rich pericentromeric and gene‐rich distal regions typical
… to understand whether the P. patens genome structure is typical for mosses or bryophytes. …

… We conclude that both ABA and ABI3 are required for P. patens vegetative tissue to survive
desiccation. Because the P. patens genome lacks the transcription factors FUS3 and LEC2 (…

… P. patens can be easily cultured and spends the majority of its life cycle in the haploid state,
allowing the application of experimental techniques similar to those used in microbes and …

Gene functional descriptions offer a crucial line of evidence for candidate genes underlying
trait variation. Conversely, plant responses to environmental cues represent important …

… The present study describes the first part of the P. patens dataset of the US Department of …
transcripts for the three dominant life stages of P. patens: protonema, gametophore and …

… Thus we propose that P. patens is a promising alternative host for the biotechnological …
Hygromycin resistant P. patens transformants were isolated and grown according to Perroud and …

… Of particular relevance to assessing DEK1 function in the gametophytic stage, P. patens …
In this paper we investigate the role of DEK1 in P. patens by creating a deletion mutant in …

This article includes a series of methods for culturing the moss Physcomitrella patens at all
stages of its life cycle. Gametophytes are axenically cultured on solid agar-based media and …