Cell lines, varieties, and methods for in vitro cotton fiber production
AssigneeGaly Co.
InventorsLuciano Luiz Bueno, Paula Maria Elbl, David Dodds, Anat Tewari, Leticia Silveira De Sousa Luz
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Abstract
The present disclosure provides in vitro methods for producing cotton fiber, including methods using cotton varietals the were discovered to be particularly amendable for use in the presently disclosed in vitro methods of cotton fiber production.
Claims24
A method for producing cotton fiber, the method comprising:
- inoculating a bioreactor with cotton cells;
- multiplying the cells in the bioreactor;
- elongating the multiplied cells;
- and
- harvesting cotton fiber from the elongated cells,
- wherein the cotton cells are derived and/or obtained from cotton plants of a varietal selected from PAYMASTER HS26, PAYMASTER HS200, PD 2164, SA 2413, SEALAND #1 (G.B. X G.H.), SOUTHLAND M1, STATION MILLER, TASHKENT 1, TIDEWATER 29 (G.B. X G.H.), TOOLE, WESTERN STORMPROOF, ACALA 5, ALLEN 33, CD3HCABCUH-1-89, DELTAPINE 14, DES 24, DIXIE KING, FJA, M.U.8B UA 7-44, NC 88-95, PAYMASTER HS200, Pima S-7, Acala and MAXXA, or a progeny of any thereof.
An in vitro method for producing cotton fibers using cotton plant cells obtained and/or derived from cells of a cotton plant of a varietal selected from PD2164, WESTERN STORMPROOF, CD3HCABCUH-1-89, TASHKENT 1, SOUTHLAND M1, ACALA 5, FJA, PAYMASTER HS200, Pima S-7, and Acala MAXXA, or a progeny of any thereof.
An in vitro method for producing cotton fibers using cotton plant cells obtained and/or derived from cells of a cotton plant of a varietal selected from PD2164, SOUTHLAND M1, FJA, PAYMASTER HS200, TIDEWATER 29, TASHKENT 1, DIXIE KING, and Acala MAXXA, or a progeny of any thereof.
Dependencies are inferred from the claim text.