Not exact matches
By sequencing the
genome of the extensively studied moss Physcomitrella patens and comparing it to the sequenced
genomes of rice, the flowering
plant Arabidopsis, and single - cell algae, an international team has been able to look at what the ancestral
land -
plant genome looked like.
William «Ned» Friedman, an evolutionary biologist at the University of Colorado, Boulder, is excited about the potential of the moss
genome to reveal clues about how
plants accomplished the transition to
land.
By sequencing the
genome of this moss, Physcomitrella patens (shown in a close - up shot), evolutionary biologists are learning how
plants moved onto
land.
His development of a method for stable transformation of
land plant chloroplast
genomes, once thought to be impossible, established the field of chloroplast
genome engineering in higher
plants and has led to an explosion of research concerning the chloroplast
genome's role in photosynthesis, functional analysis of plastid genes by reverse genetics, and mechanisms of plastid gene regulation.