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1.
Rev. bras. farmacogn ; 12(supl.1): 21-23, 2002. tab
Article in English | LILACS | ID: lil-528734

ABSTRACT

Physalis angulata L. (genus Physalis; family Solanaceae) is an herbaceous specimen that grows plentifully at North, Northeast and Middleast Brazilian's regions1. Its fruits are edible, roots and epigeal parts are taken as tea or infusion, all through the world as traditional medicine. Despite of this usefulness not much scientific work has been done on it. This research carried out with plant material (stems and fruit capsules) has the main aim to find out anti-neoplasic activity. The obtained results are described in Table 1. The most significant inhibition values are those for fruit capsules fractions such as 97 percent mouse lymphoma; 93 percent Erlich carcinoma strains when was assayed with MGTS-1-2ai and MGTS-1-1ai respectively. In the course on going studies on the biological response and chemical constituents of P. angulata some fractions were obtained from stems and fruit capsules ethanolic and methanolic extracts. The extract prepared from roots of P. angulata is the most clinically used by physicians for treatment of human hepatic disorders, despite the substance responsible for the efficacy still a matter of argument.

2.
Mem. Inst. Oswaldo Cruz ; 91(3): 279-284, May-Jun. 1996.
Article in English | LILACS | ID: lil-319872

ABSTRACT

Sequence analysis of Leishmania (Viannia) kDNA minicircles and analysis of multiple sequence alignments of the conserved region (minirepeats) of five distinct minicircles from L. (V.) braziliensis species with corresponding sequences derived from other dermotropic leishmanias indicated the presence of a sub-genus specific sequence. An oligonucleotide bearing this sequence was designed and used as a molecular probe, being able to recognize solely the sub-genus Viannia species in hybridization experiments. A dendrogram reflecting the homologies among the minirepeat sequences was constructed. Sequence clustering was obtained corresponding to the traditional classification based on similarity of biochemical, biological and parasitological characteristics of these Leishmania species, distinguishing the Old World dermotropic leishmanias, the New World dermotropic leishmanias of the sub-genus Leishmania and of the sub-genus Viannia.


Subject(s)
Animals , DNA, Kinetoplast , Leishmania , Oligonucleotides , Base Sequence , DNA, Kinetoplast , Hybridization, Genetic , Leishmania , Leishmania braziliensis , Leishmania guyanensis , Molecular Sequence Data , Polymerase Chain Reaction , Sequence Analysis, DNA
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