The genus Crinum L. is the only pantropical genus of the Amaryllidaceae. Phylogenetic and biogeographical analyses of nrDNA ITS and plastid trnL-F sequences for all continental groups of the genus Crinum and related African genera are presented, with the genus Amaryllis used as outgroup. ITS indicates that C. baumii is more closely related to Ammocharis and Cybistetes than to Crinum sensu stric...

The identity of Ceropegia hirsuta in Thailand has been questioned. Although this plant is quite similar to the original C. from India, being entirely hirsute, with yellowish-shaded flowers, a curved, funnel-shaped corolla tube, and broad lobes shorter than there are several clear differences morphological traits between materials collected type further specimens India. Moreover, s.s. restricted...

The subtribe Eritrichiinae belongs to tribe Rochelieae (Borginaceae; Cynoglossoideae) which is composed of about 200 species in five genera including Eritrichium, Lappula, Hackelia, Lepechiniella, and Rochelia. The majority of the species are annual and grow in xeric habitats. The genus Lappula as an arid adapted and the second biggest genus...

Clones including tRNA genes from tomato {Lycopersicon esculentum) chloroplast DNA have been obtained. Here we report the nucleotide sequence of tmH\ trnD-^ and tmL\ Sequences were determined by the dideoxy method (1). In higher plant chloroplast genomes, tmY and trnD are clustered together with trnE in the large single copy (LSQ region (2). The sequence of trnY reveals 100% identity with its co...

كچ ي هد هقباس فده و : ييوراد ناهايگ زا هدافتسا اب يتبايد ناراميب رد مرس بولطمان ياهديپيل و زكولگ حطس نداد شهاك يم رادروخرب يدايز ينيلاب تيمها زا دشاب . هوك هرت تهابش رب ينبم يتاقيقحت دهاوش دوجو هب هجوت اب ي س و ي ر رظن زا خرب ي د دض و هرثؤم داوم ي تبا ي س ندوب ي ،ر رب رد اذل يسر هوك هرت نمزم و يكاروخ فرصم رثا رضاح ي ،زكوـلگ نازيم رب رت ي د ييارحص شوم مرس لاتوت لورتسلك و ديريسيلگ سررب دروم يتبا...

Phylogenetic analyses were performed using multiple nuclear (ITS and ETS) and chloroplast regions (ndhF-trnL, psbA-trnH, psbD-trnT, and trnT-trnL) to test the monophyly of Aconitum subgen. Lycoctonum (Ranunculaceae) and reconstruct the phylogenetic relationships within the subgenus. The subgenus as currently circumscribed is revealed to be polyphyletic. To achieve its monophyly, sect. Galeata a...