PR-Giants
10-22-2013, 09:11 AM
The study led to the grouping of the banana genotypes in three categories:
1) highly resistant (HR) cultivars characterized by an early blockage of leaf infection (incompatible interactions);
Yangambi km5 (AAA; HR)
Paka (ABB; HR)
Pisang Lilin (AA; HR)
2) partially resistant (PR) cultivars exhibiting slow rates of symptom development (compatible interactions)
Fougamou (ABB; PR)
3) susceptible (S) cultivars characterized by a rapid development of necrotic lesions (compatible interactions).
Grande Naine (AAA; S)
Banana–Mycosphaerella fijiensis interactions (http://www.musalit.org/pdf/IN030289_en.pdf)
Control of Black Sigatoka to Protect Banana Plantations (http://www.biotecharticles.com/Agriculture-Article/Control-of-Black-Sigatoka-to-Protect-Banana-Plantations-879.html)
1) highly resistant (HR) cultivars characterized by an early blockage of leaf infection (incompatible interactions);
Yangambi km5 (AAA; HR)
Paka (ABB; HR)
Pisang Lilin (AA; HR)
2) partially resistant (PR) cultivars exhibiting slow rates of symptom development (compatible interactions)
Fougamou (ABB; PR)
3) susceptible (S) cultivars characterized by a rapid development of necrotic lesions (compatible interactions).
Grande Naine (AAA; S)
Banana–Mycosphaerella fijiensis interactions (http://www.musalit.org/pdf/IN030289_en.pdf)
Control of Black Sigatoka to Protect Banana Plantations (http://www.biotecharticles.com/Agriculture-Article/Control-of-Black-Sigatoka-to-Protect-Banana-Plantations-879.html)