On the laws of Japanese painting : an introduction to the study of the art of Japan /

Mode of access: Internet.

Guide to an exhibition of Chinese and Japanese paintings (fourth to nineteenth century, A.D.) in the print and drawing gallery.

Preface siged: Sidney Colvin.

Guide to an exhibition of Japanese & Chinese paintings principally from the Arthur Morrison collection.

Preface signed by Laurence Binyon.

Page from the Ishiyama-gire

Painting, Japanese, Fujiwara; 4 ft. 3 57/64 in.x 1 ft. 5 21/64 in.; album leaf, nk on assembled dyed paper decorated with silver and gold

Nihon shōzō taikan /

Mode of access: Internet.

Scenes in and around the Capital (Rakuchu-rajugai zu), left screen

Painting, Japanese, Edo; 5 ft. 1 29/64 in.x 11 ft. 6 21/32 in.; one of a pair of six-fold screens, ink, color, gold, and gold leaf on paper

Scenes in and around the Capital (Rakuchu-rajugai zu), right screen

Painting, Japanese, Edo; 5 ft. 1 29/64 in. 1 ft. 1 55/64 in.; one of a pair of six-fold screens, ink, color, gold, and gold leaf on paper

Kokumin gakan /

Rev. ed. of: Nihon meiga hyakusen.

Meisū gafu /

V.4 is furoku.

Les peintres populaires du Japon

Issued in portfolio.

Chromosomal evolution in Gekkonidae. I. Chromosome painting between Gekko and Hemidactylus species reveals phylogenetic relationships within the group

Geckos are a large group of lizards characterized by a rich variety of species, different modes of sex determination and diverse karyotypes. In spite of many unresolved questions on lizards' phylogeny and taxonomy, the karyotypes of most geckos have been studied by conventional cytogenetic methods only. We used flow-sorted chromosome-specific painting probes of Japanese gecko (Gekko japonicus), Mediterranean house gecko (Hemidactylus turcicus) and flat-tailed house gecko (Hemidactylus platyurus) to reveal homologous regions and to study karyotype evolution in seven gecko species (Gekko gecko, G. japonicus, G. ulikovskii, G. vittatus, Hemidactylus frenatus, H. platyurus and H. turcicus). Generally, the karyotypes of geckos were found to be conserved, but we revealed some characteristic rearrangements including both fissions and fusions in Hemidactylus. The karyotype of H. platyurus contained a heteromorphic pair in all female individuals, where one of the homologues had a terminal DAPI-negative and C-positive heterochromatic block that might indicate a putative sex chromosome. Among two male individuals studied, only one carried such a polymorphism, and the second one had none, suggesting a possible ZZ/ZW sex determination in some populations of this species. We found that all Gekko species have retained the putative ancestral karyotype, whilst the fission of the largest ancestral chromosome occurred in the ancestor of modern Hemidactylus species. Three common fissions occurred in the ancestor of Mediterranean house and flat-tailed house geckos, suggesting their sister group relationships. PCR-assisted mapping on flow-sorted chromosome libraries with conserved DMRT1 gene primers in G. japonicus indicates the localization of DMRT1 gene on chromosome 6.