WebMar 1, 2000 · The cryptic bract hypothesis was proposed to link these different development processes. 20 According to this idea, an Arabidopsis floral primordium first develops a ''cryptic bract,'' the remnant ... WebMar 23, 2024 · A floral cryptic bract develops in Ljnbcl1, indicating that the floral meristem is not fully determinate. The floral bract outgrowth and the strong flowering defects observed in Ljnbcl1 mutants indicate that LjNBCL1 functions are conserved for floral meristem determinacy in L. japonicus and suggest that LjNBCL1 is essential to allow the ...
Non-inductive conditions expose the cryptic bract of flower …
WebCryptic Bracts Exposed: that bract suppression is governed by a general mecha-Insights into the Regulation nism that appears to regulate patterns of cell division in all leaves and leaf homologs (including floral organs). of Leaf Expansion Thus, the same mechanism causing bract repression may explain why the expanded leaves produced at dif- WebDec 21, 2000 · Arrows in g indicate cryptic bract and initials of the lowermost sepal. AS1 expression is confined to organ primordia and is absent from the SAM. chromium lotion
Cryptic - definition of cryptic by The Free Dictionary
WebIt is, therefore, noteworthy that the cryptic bracts and the petiolar portion of the vegetative leaves both lack JAG expression, and that ectopic JAG expression, even at a relatively low level, causes the development of both floral bracts and petiolar leaf blades. WebOct 22, 2005 · A small group of abaxial cells of these early floral primordia, which did not express AP1 (Fig. 2g), but expressed FIL, were detected (Fig. 2m, see arrow) and thus correspond to the cryptic bract region of the floral meristem. AP1 expression persisted in stage 2 floral primordia and was again absent from the cryptic bract (Fig. 2g–i, see … Webnow show that bract suppression is governed by a general mechanism that appears to regulate patterns of cell division in all leaves and leaf homologs (including floral organs). … chromium log file