TL;DR: A new species of Lamiaceae from Liangwang Mountain in central Yunnan, southwest China, which is morphologically most similar to P. franchetiana and P. ruptilis, but can be easily distinguished by its bracts and teeth.
Abstract: Phlomoides liangwangshanensis, a new species of Lamiaceae from Liangwang Mountain in central Yunnan, southwest China, is described and illustrated. It is morphologically most similar to P. franchetiana and P. ruptilis, but can be easily distinguished by its bracts 6–7 mm long, calyx teeth triangular and with spines 4–6 mm long, and without teeth-like sinuses between the teeth.
TL;DR: In this paper, the taxonomic identity of Phlomoides pararotata is re-evaluated based on a comparative study of morphology and type material as well as field investigations.
Abstract: This paper presents a re-evaluation of the taxonomic identity of Phlomoides pararotata. Based on a comparative study of morphology and type material as well as field investigations, P. pararotata is synonymized with P. burmanica. Leaf features as well as bract morphology of this species are described.
TL;DR: Observations made on the anatomy of Phlomis and Eremostachys confirm previous views that the two genera are closely related, but characters such as trichomes and petiole structure can be used to distinguish species and groups of species.
TL;DR: Information from morphology and palynology, together with anatomical, cytological and chemical data, is utilized to examine the status of the genus Phlomis and its close relatives Eremostachys and ParaphLomis, and strongly support the removal of the Chinese species, Ph lomis rolata, to the genus Lamiophlom is.
TL;DR: Extracts of the roots of Clerodendron colebrookianum Walp.
Abstract: Extracts of the roots of Clerodendron colebrookianum Walp. contained triacontane, clerodin, (24s) ethylcholesta–5,22,25–triene–3β–ol, α–amyrin, β–sitosterol and clerodolone. (24s) Ethylcholesta–5,22,25–triene–3β–ol, β–amyrinand β–sitosterol were obtained from the roots of Clerodendron paniculatum L. while the roots of Clerodendron phlomoides Willd. gave ceryl alcohol, clerodin, clerosterol and clerodendrin–A.