| Family |
Moraceae |
| Scientific name |
Broussonetia kazinoki Siebold |
| Synonyms |
Broussonetia kaempferi Siebold; Broussonetia kazinoki Siebold var. australis
Suzuki; Broussonetia kazinoki Siebold var. ruyangensis P. H. Ling &
X. W. Wei; Broussonetia monoica Hance; Broussonetia sieboldii Blume; Morus
kaempferi Séringe; Papyrius kaempferi (Siebold) Kuntze |
| Common name |
(Japanese common name) kozo (コウゾ, 楮), hime kozo (ヒメコウゾ，姫楮 [meaning: dwarf
kozo]) |
| (English common name) small paper mulberry |
| Distribution |
(Japan) Honshu, Shikoku, Kyushu, Okinawa |
| (Other nations) Korea, China, Taiwan |
| Chromosomal number |
n=13, 2n=26, 39 |
| Description |
Plants 2-5m tall. Leaves 5-15cm long. Flowers flowering in April to May.
Deciduous. Arbor trees. |
| Reference |
Broussonetia kazinoki Siebold |
| Broussonetia kazinoki Siebold |
| StudieS on the Breeding of Paper Mulberry. II. On the chromoSome numbers of several agricultural varieties of Kozo (Broussonetia Kazinoki SIEB.) and Kajinoki (B.papyrifera VENT.) culturing in Kochi Pref. |
| Fluid containing dispersed particles simulating leukocytes and method for producing same (US Patent 4020006/1977) |
| Static heat-and-moisture exchanger (US Patent 4051898/1977) |
| Magnetic head cleaning article (US Patent 4104436/1978) |
| Polyvinyl alcohol fiber for binding a fibrous sheet and a process for the preparation thereof (US Patent 4267016/1981) |
| Analysis film and a method of analysis using the same (US Patent 4472498/1984) |
| Fluorometirc enzyme inhibition immunoassay for measuring potency of allergen extracts (US Patent 4528267/1985) |
| Method for measurement of liquid samples (US Patent 4540670/1985) |
| Process for preparing pulp using potassium-based alkaline solution (US Patent 5306392/1994) |
| Plate for stencil printing (US Patent 5463947/1995) |
| Method and apparatus for detecting a type of stencil and controlling thermal perforation energy thereby (US Patent 5551337/1996) |
| Stamp assembly and stamp unit including the stamp assembly and a perforation device (US Patent 5595112/1997) |
| Process for perforating a solvent soluble stencil (US Patent 5669300/1997) |
| Process for producing and perforating an aqueous solvent soluble stencil printing sheet (US Patent 5709146/1998) |
| Tape cassette housing thermally perforatable stencil paper (US Patent 5771803/1998) |
| Stamp ink and stamp ink impregnation pad for stencil printing (US Patent 5704968/1998) |
| Method of restoring paper paintings and calligraphic works (US Patent 5958506/1999) |
| Heat sensitive stencil having a porous substrate with tightly bound fibers (US Patent 5875711/1999) |
| Binding tape paper and binding tape using the paper (US Patent 5993959/1999) |
| Skin whitening composition containing bearberry extract and a reducing agent (US Patent 5980904/1999) |
| Heat-sensitive stencil, process of fabricating same and method of producing printing master using same (US Patent 6050183/2000) |
| Photoreactive agent containing photoreactive semiconductor for removing harmful materials (US Patent 6346253/2002) |
| Deinking of waste paper (US Patent 6576083/2003) |
| Heating unit of carbon fiber-mixed sheet (US Patent 6593555/2003) |
| Method for producing a stencil plate from a heat sensitive stencil sheet (US Patent 6536338/2003) |
| Method for slowing the decomposition of a cosmetic composition (US Patent 6759033/2004) |
| Stencil plate having independent dot perforations (US Patent 6679166/2004) |
| Heat-sensitive stencil, process of fabricating same and printer using same (US Patent 6889605/2005) |
| Floor covering based on perforated PVC sheet (US Patent 6887555/2005) |
| Iontophoretic device to enhance skin renetrarion of bioactive material(s) and/or drug carrier(s) (WIPO Patent WO/2001/012260) |
