What's the difference between liliopsid and monocot?
Liliopsid
Definition:
Example Sentences:
Monocot
Definition:
Example Sentences:
(1) Efficient splicing of the mRNA for this coding region was observed in the infected dicotyledonous (dicot) hosts bean and tobacco despite the intron having an A + U content (57%) more typical of geminiviruses of monocot plants.
(2) Because this monocot gene promoter appeared to be under stringent tissue-specific control, a hybrid promoter approach using a nopaline synthase (nos) promoter was employed.
(3) The graminaceous monocots, including the economically important cereals, seem to be refractory to infection by Agrobacterium tumefaciens, a natural gene transfer system that has been successfully exploited for transferring foreign genes into higher plants.
(4) The topology of the tree indicated that, at least in monocots such as maize and sorghum, the genes for the C4-form and C3-form isozymes diverged from their common ancestral gene earlier than the monocot-dicot divergence (about 2 x 10(8) yr ago), though the divergence of maize (C4 plant) from wheat (C3 plant) is supposed to have occurred much later (6 x 10(7) yr ago).
(5) The DNA sequence composition of 526 dicot and 345 monocot intron sequences have been characterized using computational methods.
(6) Whereas most dicot nuclei contain one or two predominant forms of U2 snRNA and a small number of U4 snRNAs, monocot nuclei contain multiple forms of U2 snRNA ranging from 208 to 260 nucleotides and multiple forms of U4 snRNA from 159 to 176 nucleotides.
(7) This finding distinguishes WDV from other monocot-infecting geminiviruses studied so far which were shown to encode two 3' co-terminal transcripts capable of expressing either the V1 or V2 ORF.
(8) This complexity can best be appreciated by considering xyloglucan, a hemicellulose present in the cell wall of both monocots and dicots, and rhamnogalacturonan II (RG-II) and rhamnogalacturonan I (RG-I), two structurally unrelated pectic polysaccharides.
(9) The 5' splice site consensus sequences developed for the monocot and dicot introns differ in their ability to base pair with conserved nucleotides present at the 5' end of many U1 snRNAs.
(10) PE3 contains a sequence element that is highly conserved between monocot phyA promoters, indicative of a critical role in phyA expression.
(11) Thus a long N-terminal repeat (resembling in composition the large C-terminal heptapeptide repeat in the eukaryotic pol II) appears to be characteristic of monocot cereal S18.
(12) The promoter trap system we have described may potentially be used to characterize transcriptional factors common to monocot and dicot species.
(13) This element, designated RE1, with the sequence CATGGGCGCGG, encompasses a motif that is highly conserved in all monocot phyA promoters thus far characterized.
(14) On the other hand, a chloroplast-like tRNA(Cys) gene exists in monocot plants.
(15) In this paper we describe the construction of Act1-based expression vectors for use in monocot transformation.
(16) The structure of the intron suggests that a large intron existed in an ancestral coxII gene before monocots and dicots diverged in evolution.
(17) This pea gene does not contain an intron which is found in all three monocots.
(18) Unlike other geminiviruses infecting monocots, complementary-sense ORFs did not overlap.
(19) The abundance and molecular weights of the U1, U2, U4, and U5 snRNAs expressed in monocot and dicot nuclei are significantly different.
(20) The divergence between monocots and dicots represents a major event in higher plant evolution, yet the date of its occurrence remains unknown because of the scarcity of relevant fossils.