Recherches sur les voies de dégradation du glucose dans I’hépatome expérimental du Rat

Favarger, Ch.; Favarger, P

doi:10.1159/000135792

Cited by 6 publications

(11 citation statements)

References 2 publications

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“…The same chromosome number was indicated in the species without subspecific indication by Valdés (1969) and Aparicio (1993) for Iberian plants and by Quézel (1957), Favarger & al. (1979), Galland (1988) and Vogt & Oberprieler (1994) for Moroccan plants.…”

Section: Linaria Tristis (L) Mill Subsp Pectinata (Pau and Font Quersupporting

confidence: 65%

Chromosome numbers are reported for plants collected during OPTIMA’s Iter Mediterraneum V to Morocco in 1992

2013

Bocconea

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Section: Linaria Tristis (L) Mill Subsp Pectinata (Pau and Font Quersupporting

confidence: 65%

Chromosome numbers are reported for plants collected during OPTIMA’s Iter Mediterraneum V to Morocco in 1992

2013

Bocconea

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“…The diploid 2n=22 was indicated by Dahlgren & al. (1971) The same chromosome number was indicated in the species without subspecific indication by Valdés (1969) and Aparicio (1993) for Iberian plants and by Quézel (1957), Favarger & al. (1979), Galland (1988 and Vogt & Oberprieler (1994) for Moroccan plants.…”

Section: Galium Setaceum Lam 2n=44supporting

confidence: 58%

The contribution of the “Iter Mediterraneum V” to the chorological knowledge of N Moroccan vascular plants

2013

Bocconea

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IntroductionThe preparation of the Catalogue des plantes vascularies du nord du Maroc (Valdés & al. 2002) was preceeded by a series of collecting trips by members of the Institute Agronomigne et Veterinaire Hasan II of Rabat, the University of Seville's Department of Plant Biology and Ecology, the Plant Science Laboratories of the University of Reading and the Botanical Institute of Barcelona, particularly from 1992 to 1996. This resulted in the collection of over 30,000 gatherings in this period, which constituted the base for preparation of the Catalogue. But this material was supplemented by the study of other plant material from N Morocco, kept in several herbaria, particularly BC, SEV and RDG, and to a lesser extent, in MPV, BM, K and EDBG (Valdés & al. 2002: 5-7) For chorological purposes the territory covered by the Catalogue was divided into 20 natural areas and the distribution of each recognized species or subspecies was given by the natural areas in which it was known.New explorations in N Morocco following the publication of the Catalogue have in- 134The contribution to the chorological knowledge of N Moroccan vascular plants creased the number of records of the different taxa for the different chorological areas. These new records have been published mainly by Aafi & al. (2005), Ajbilou & al. (2007), Benning (2004), Carine & al. (2006), Chambouleyron (2012), Ennabili & Gharnit (2003), Hammada & al. (2004), Luceño & Escudero (2006), Luceño & Marín (2002), Mateos & Valdés (2003a-d, 2004, Molero & Montserrat (2006a-c), Montserrat & al. (2006), Navarro & al. (2002), Ortega-Olivencia & Devesa (2004), Pinto & al. (2011), Pyke & al. (2008Pyke & al. ( , 2009, Romero Zarco (2009), Romo & Soriano (2004, 2005, Soriano & Ibañez (2008), Soriano & Romero (2008), Talavera & al. (2003aTalavera & al. ( , b, 2004Talavera & al. ( , 2008, Terrab & al. (2006a, b), Valdés (2005Valdés ( , 2011, Valdés & al. (2004aValdés & al. ( , b, 2005aValdés & al. ( , b, 2006a, and particularly by Dobignard (2009), who assigned to the different natural areas recognized in the Catalogue new records coming from his rich collections of N African plant material. Consequently, the floristical knowledge of N Morocco is now much more complete than in 2002.Unfortunately, with some exceptions, the material collected during Iter Mediterraneum V of OPTIMA in 1992 was unavailable to the authors contributing to the Catalogue, as the material collected was labelled and incorporated into the herbaria only in Berlin (B) and Reading (RDG), and remained unlabeled in the different centres of the participants in the Gharb; 5, Atlantic coast; 6, Ouezzane; 7, Central Rif; 8, Targuist; 9, Zerhoun; 10, Central Pre-Rif; 11, High Ouerrha; 12, Tazekka; 13, Tsoul; 14, Aknoul; 15, Imzorène; 16, Kert Ganc; 17, Gareb; 18, Guercif; 20, Forêt de la Maâmora (according Valdés & al. 2002). Bocconea 26 -2013 135 Iter. Study of this material would have increased the chorological knowledge of many of the taxa, as many plants were collected in areas not frequ...

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“…Several cytological studies exist on Arenaria species from other parts of the world (HARIMAN and MCCORMICK 1963;FAVARGER et al 1979;AR-YAVAND and FAVARGER 1980;GUARDIA et al 1982;CONTADRIOPOULOS and FAVARGER 1983;CORRIAS 1983;GALLAND 1988;CELEBIOGLU and FAVAR-GER 1989;1993;RUNEMARK 1996;CHAMBERS et al 1998;NIETO-FELINER 2000;CASTRO and ROS-SELLO 2005), indicating the occurrence of 2n = 14, 16, 20, 22, 24, 30, 34 and 36 in the genus. However, although recently some cytological studies have been reported on other Caryophyllacea species of Iran (SHEIDAI et al 2008;GHOL-IPOUR and SHEIDAI 2010), no report is available on Arenaria species.…”

Section: Introductionmentioning

confidence: 99%

Cytological study the genusArenariaL. (Caryophyllaceae)

2010

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-Karyotype and meiotic studies were performed in 16 populations of seven Arenaria species growing in Iran. All the species studied showed 2n = 2x = 22 chromosome number supporting the earlier report on A. persica, A. insignis and A. gypsophiloides while the chromosome numbers of A. polycnemifolia, A. zargariana, A. szowitsii and A. minutissima are new to science. The chromosomes were mainly metacentric and submetacentric. The species studied differed signifi cantly in total size of the chromosomes, size of the short arms and the long arms, indicating the role of quantitative genomic changes in the Arenaria species diversifi cation. They also differed in their karyotype formulae indicating the occurrence of structural changes in their chromosomes. Meiotic analysis showed quadrivalent formation in Moorchegan population of A. persica and Kandovan population of A. insignis possibly due to the occurrence of heterozygote translocation between two pairs of chromosomes which in turn may increase the amount of genetic variability in the next generation. Cytomixis led to the formation of unreduced pollen grains in Mishoodagh population of A. gypsophiloides var. glabra, while B-chromosomes were observed in A. insignis and A. polycnemifolia species.

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Recherches sur les voies de dégradation du glucose dans I’hépatome expérimental du Rat

Cited by 6 publications

References 2 publications

Chromosome numbers are reported for plants collected during OPTIMA’s Iter Mediterraneum V to Morocco in 1992

Chromosome numbers are reported for plants collected during OPTIMA’s Iter Mediterraneum V to Morocco in 1992

The contribution of the “Iter Mediterraneum V” to the chorological knowledge of N Moroccan vascular plants

Cytological study the genusArenariaL. (Caryophyllaceae)

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