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IITA has increased its knowledge about major constraints across agro-ecological zones and gene pools for Musa production in Africa. The authors review the following different aspects: adding more desirable attributes to breeding populations; integration of host-plant resistance, enhanced utilizat...


Ortiz, R.Vuylsteke, D.R.[Future strategy for Musa improvement]Future strategy for Musa improvement

In modern biological research, cassava has been an orphan crop, because most advances have taken place in developed countries where cassava is not grown. In order for cassava to profit from biotechnology, efforts around the world must be pooled, integrating developing countries into the process. ...


Thro, Ann MarieRoca, W.Asiedu, Robert[The cassava biotechnology network and African agriculture research and development programmes]The cassava biotechnology network and African agriculture research and development programmes
Autor: Ceballos, H.

The economies of many Latin American countries have opened up to the global markets in recent years. These changes have had drastic effects on the agriculture of those countries. For instance, whereas Colombia did not import maize in 1990, ten years later it was importing more that 2 million tonn...


Ceballos, H.[Global cassava strategy for the new millenium:CIAT's perspective]Global cassava strategy for the new millenium:CIAT's perspective

The Cassava Biotechnology Network (CBN) was formed in response to the need for a forum to discuss cassava biotechnology issues and to foster cassava biotechnology research on priority subjects. In CBN, the experience and efforts of many different organizations and countries are pulled together to...


Thro, Ann MarieRoca, William M.Henry, Guy[The Cassava Biotechnology Network (CBN) and cassava biotechnology research]The Cassava Biotechnology Network (CBN) and cassava biotechnology research

Mwanga, R.O.M.Ghislain, M.Kreuze, J.F.Ssemakula, G.N.Yencho, G.C.[Exploiting the use of biotechnology in sweetpotato for improved nutrition and food security: Progress and future outlook.]Exploiting the use of biotechnology in sweetpotato for improved nutrition and food security: Progress and future outlook.
Autor: Rege, J.E.O.

Techniques of modern biology such as molecular cloning of genes, gene transfer, genetic manipulation of animal and plant embryo transfer, genetic manipulation of rumen microbes, chemical and biological treatment of low quality animal feeds for improved nutritive value, genetically engineered immu...


Rege, J.E.O.[Biotechnology options for improving livestock production in developing countries, with special reference to sub-Saharan Africa]Biotechnology options for improving livestock production in developing countries, with special reference to sub-Saharan Africa

Henry, GuyTitapiwatanakun, BBottema, TDamardjati, D.S.[Asian cassava market dynamics: opportunities for biotechnology]Asian cassava market dynamics: opportunities for biotechnology

Thro, Ann Marie[The cassava biotechnology network (CBN): fostering cassava biotechnology impact for national programs and small-scale farmers: considerations as CBN members begin planning participatory research projects with cassava farmers and processors]The cassava biotechnology network (CBN): fostering cassava biotechnology impact for national programs and small-scale farmers: considerations as CBN members begin planning participatory research projects with cassava farmers and processors
Kelemu, SegenetCalvert, Lee A.Cardona Mejía, CésarCorrea Victoria, Fernando J.Mahuku, George S.Morales, Francisco JoséBellotti, Anthony C.Buruchara, Robin A.Minja, EM[Advances in application of agricultural biotechnology to control diseases and pests of tropical crops]Advances in application of agricultural biotechnology to control diseases and pests of tropical crops

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