<p>(A) Gross difference in the growth of the untransformed banana plant and p1301-<i>MusamiRNA156</i> derived transgenic banana plant. (B) Poor development of the root system in the two plants 1 month post hardening. Difference in the leaf anatomy of the untransformed banana plant and p1301-<i>MusamiRNA156</i> derived transgenic banana plant (C, D and E). Growth difference seen in the untransformed banana plant and p1301-<i>MusamiRNA156</i> derived banana plant, three months post hardening (F). Microscopic examination of the leaf cellular pattern seen in the untransformed banana plant and p1301-<i>MusamiRNA156</i> derived transgenic banana plant (G and H).</p
The influence of the size and physiological stage of the sucker-derived planting material on subsequ...
Musa Accuminata cv. Berangan have high demand for local consumption and exportation. However, somacl...
The present work analyzes the behavior of banana explants, cv. Nanicão (Musa spp. Group AAA) regardi...
178-186An integrated study was undertaken on micropropagation of Grand nain variety of banana (Mus...
Growth and yield characteristics of two different clones of banana plants (#Musa# ¿AAA' cv. ¿Grande ...
Studies of Musa root systems have generally focused on the high value export dessert bananas. Howeve...
The study and understanding of alterations taking place during the micropropagation process can prov...
Growth and yield characteristics of two different clones of banana plants (Musa AAA cv. Grand Nain) ...
The banana (Musa spp.) root system is important for plant anchorage and the uptake of nutrients and ...
<p> (A) <i>Petunia</i> flower which served as the source of defensin genes. (B) T- DNA region of p<i...
The root system development of 11 genotypes from six diverse Musa groups was studied in detail at II...
This study describes the in-field behavior of bananas (#Musa# ¿AA' sp.) obtained after regeneration ...
<p>p<i>PhDef1</i>-1301 and p<i>PhDef2</i>-1301 transgenic plants and untransformed control banana pl...
AbstractIn this study, 40000 tissue culture-derived banana plants (vitroplants) at different growth ...
<p>(A) Genomic DNA<i>-</i>PCR analysis of untransformed control (UC) and the transgenic lines (W2, W...
The influence of the size and physiological stage of the sucker-derived planting material on subsequ...
Musa Accuminata cv. Berangan have high demand for local consumption and exportation. However, somacl...
The present work analyzes the behavior of banana explants, cv. Nanicão (Musa spp. Group AAA) regardi...
178-186An integrated study was undertaken on micropropagation of Grand nain variety of banana (Mus...
Growth and yield characteristics of two different clones of banana plants (#Musa# ¿AAA' cv. ¿Grande ...
Studies of Musa root systems have generally focused on the high value export dessert bananas. Howeve...
The study and understanding of alterations taking place during the micropropagation process can prov...
Growth and yield characteristics of two different clones of banana plants (Musa AAA cv. Grand Nain) ...
The banana (Musa spp.) root system is important for plant anchorage and the uptake of nutrients and ...
<p> (A) <i>Petunia</i> flower which served as the source of defensin genes. (B) T- DNA region of p<i...
The root system development of 11 genotypes from six diverse Musa groups was studied in detail at II...
This study describes the in-field behavior of bananas (#Musa# ¿AA' sp.) obtained after regeneration ...
<p>p<i>PhDef1</i>-1301 and p<i>PhDef2</i>-1301 transgenic plants and untransformed control banana pl...
AbstractIn this study, 40000 tissue culture-derived banana plants (vitroplants) at different growth ...
<p>(A) Genomic DNA<i>-</i>PCR analysis of untransformed control (UC) and the transgenic lines (W2, W...
The influence of the size and physiological stage of the sucker-derived planting material on subsequ...
Musa Accuminata cv. Berangan have high demand for local consumption and exportation. However, somacl...
The present work analyzes the behavior of banana explants, cv. Nanicão (Musa spp. Group AAA) regardi...