• Aucun résultat trouvé

Molecular phylogenetics of the Brazilian giant bromeliads (Alcantarea, Bromeliaceae): implications for morphological evolution and biogeography

N/A
N/A
Protected

Academic year: 2022

Partager "Molecular phylogenetics of the Brazilian giant bromeliads (Alcantarea, Bromeliaceae): implications for morphological evolution and biogeography"

Copied!
1
0
0

Texte intégral

(1)

Table 3. Primers used for amplification and sequencing in the phylogenetic study of Alcantarea.

Gene region

Primers Fwd./Rev Primer reference Annealing

temp. (˚C) Model of nucleotide evolution trnC-petN trnC: 5′CCAGTTCAAATCTGGGTGTC3′ /

petN1r: 5′CCCAAGCAAGACTTACTATATCC3′

petN BR (internal reverse): 5′CCAATCTAATTCCAGACAGAGTCA3′

Whipple et al., 2007

Whipple et al., 2007

This study

55 HKY

trnK-rps16 trnK5′r: 5′TACTCTACCRTTGAGTTAGCAAC3′ / rps16-4547mod: 5′AAAGGKGCTCAACCTACARGAAC3′

Whipple et al., 2007

Whipple et al., 2007

55 GTR

FLO/LFY second intron

LFslx-3: 5′GCCGGCIMGIGGIAARAAYGGIYTIGA3′ /

LFtxr: 5′CCTGCCIACRTARTGICKCATYTTIGGYTT3′

Frohlich and Meyerowitz (1995)

51 HKY

LFY Br F 5′GTGGATAAACGTACGTACCCGTCACTAGCG3′ /

LFY Br R. 5′GAGATGATGAGCGTGTACAATACTCGCTCAGC3′

This study

This study

51

Références

Documents relatifs

Zealand endemic genus of macroalgae-dwelling clingfish (Gastrocymba quadriradiata) is the sister taxon to Clade D in the ML topology, but this relationship received low branch

To shed light on the taxonomic status of these genera, the evolutionary patterns of some taxonomically relevant morphological characters, such as number of sepal whorls,

L’enquête de la Dares auprès des salariés ayant signé une rupture conventionnelle entre avril et juillet 2011, a été réalisée indépendamment de la collecte des données sur

Multiplication/Division Avec Les Chiffres Romains (A) Réponses.. Répondez à chaque question en

The main surgical landmarks for the orbital apex are the carotid artery protuberance in the lateral sphe- noid wall, optic nerve canal, lateral optico-carotid recess, optic strut

JESS is a tool developed for modelling chemical speciation in complex aqueous environments, with a large integrated database of thermodynamic parameters for chemical reactions and

A second period of allodapine research be- gan in the 1980s with a series of within-nest ethological studies by Maeta and co-workers (Maeta et al., 1992; and references therein)

Moreover, the general observation that many of these animals traits are used repeatedly, in different combinations, in different taxa, which usually do not form clades, suggests