-
Click
on the reference numbers in the left-hand column to view abstracts
|
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Poster Period 1 - S1: Socioeconomics
|
| S1-02 |
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Benesi I. R.M., Moyo C.C., Mkumbira J., Chipungu F.P.,
Mtukuso A.P., Mahungu N.M.
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Cassava: Becoming a Giant Crop in Malawi: Current Status
|
| S1-03 |
-
Caballero H.
-
Cassava Processing in Dry Coastal Areas of Ecuador
|
| S1-05 |
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Dung, Nguyen Lan
-
Why Vietnamese Develop Cassava Plantations while Rice is
Abundant?
|
| S1-04 |
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Corredor G.A., Ramirez M., Baquero C., Espitia A.
-
Regional Participative Scale up of AM Production on
Cassava Clean Seed Production Programs
|
| S1-06 |
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Edison S., Anantharaman M., Radhakrisnan Nair R.
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Concerns of Cassava as a Food Security and Industrial
Crop, Enabling Rural Employment and Empowerment of Women in India
|
| S1-09 |
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Huu Duong N.
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Cassava Production and Utilization in Vietnam
|
| S1-11 |
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Kulata A.N.
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Cassava Growing- The Ugandan Experience
|
| S1-12 |
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Kumah J.
-
The Economic Importance of Cassava and its Significance in
West Africa
|
| S1-13 |
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Laignelet A., Gámez R., Chaparro C., Espitía A.,
Benavides J., Baquero C., Suárez D.
-
Production and Management of Quality Seeds for the
Socio-economic Development of Small and Medium-sized Cassava Farmers in
the Colombian North Coast
|
| S1-14 |
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Laomaikein, M.K.
-
Cassava: Culture in the System of Food Crop Production in
Chad
|
| S1-16 |
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Mera V., Caballero H., Ginés C.M.J.
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Cassava and Users: Determining Needs and Priorities in
Ecuador
|
| S1-17 |
-
Nxumalo M.H.
-
Review of Cassava (Manihot esculenta) Production and
Utilization Constraints in Swaziland and Potential Countermeasures
|
| S1-18 |
-
Nyiwan D., Idiris M.
-
Inadequate Research in Cassava Biotechnology: A major
Cause of Food Insecurity for Millions in the Tropical Regions Today
|
| S1-24 |
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Van BienP., Kim H., Wang J.J., Howeler R.H.
-
Present Situation of Cassava Production and the Research
and Development Strategy in Vietnam
|
| S1-20 |
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Ramaswamy N.M.
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Constraints and Future Strategies for Sustainable
Productivity in Cassava
|
| S1-25 |
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Vega V.R.M., Rodríguez S., García M., López J., Ventura
J.C., Cabrera M., Beovides Y., Folguera M., Oliva M., Pons C., Martínez
M., Guerra D., Alvarez M., García H.T.J.
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Increasing Cassava Yields by Means of Participatory
Biotechnology
|
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Poster Period 1 -S2:PPD & Nutrition
|
| S2-01 |
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Aboua N.F.
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Processing of Fermented Cassava Flakes (Manihot esculentaCrantz); Application to Placali Storage
|
| S2-03 |
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Agbor-Egbe T., Lape Mbome I., Treche S.
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The Effectiveness of Processing Techniques in Reducing
Total Cyanogens during Production of Some Cassava Foods
|
| S2-07 |
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Cortés D.F., Reilly K., Okogbenin E., Beeching J.R.,
Iglesias C., Tohme J.
-
Mapping Wound-Response Genes Involved in Post-harvest
Physiological Deterioration (PPD) of Cassava (Manihot esculenta Crantz)
|
|
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Ekanayake I.J., Lyasse O.
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Environment, Genotypic Diversity, and Food Quality Traits
of Cassava
|
| S2-08 |
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Gómez-Vásquez R., Reilly K., Tohme J., Beeching J.R.
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A Family of Extensins Expressed during Post-Harvest
Physiological Deterioration
|
|
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Kulata A.N.
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Cassava Growing – The Ugandan Experience
|
| S2-10 |
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Nambisan B., Sandhya C.
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Role of Hydroxynitrilelyase in Development of Cyanogen
Free Cassava Foods
|
| S2-14 |
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Olayinka S.M., Olubamiwa A.O.
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The Effect of Cassava Post-harvest and Fermentation Time
on Cari Sensory Qualities
|
| S2-12 |
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Premkumar T., Moorthy S.N.
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Quality Deterioration in Cassava due to scale Insect (Aonidomytilus albus) Infestation
|
| S2-15 |
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Umeh C.N., Okafor N.
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Studies in the Fortification of Garri (a fermented cassava
product) by Addition of Soybean Flour
|
| S2-16 |
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Vitrac O., Dufour D., Trystram G., Raoult-Wack A.L.
-
Deep-fat Frying of Cassava: Influence of Raw Material
Properties on Chip Quality
|
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Poster Period 1 -S3: Starch
|
| S3-01 |
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Balagolapan C.
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Microbiological and Biochemical Nature of Post Harvest
Deterioration of Cassava – The Indian Experience
|
| S3-04 |
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Daiuto E.R., Carvalho L.J.C.B., Cereda M.P.
-
Enzyme Activities of Starch Pathways in Storage Roots of
Cassava
|
| S3-03 |
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Corte F., Kafka A., de Fabrizio S.V.
-
Banana Yoghurt-Like Cassava Starch Beverage
|
| S3-05 |
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Dziedzoave N.T1., Graffham A.J., Westby A., Plahar W.A.
-
Preliminary Assessment Of Kudeme - A Traditional
Cassava-Based Inoculum – For Amylolytic And Cellulolytic Enzyme
Activities
|
| S3-07 |
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Ihemere U.E., Arias-Garzon D.I., Sayre R.T.
-
Transformation of African Cassava for Increased Starch
Production
|
| S3-09 |
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Moorthy S.N.
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Novel Biotechnological Methods of Cassava Starch
Modification for Value Added Products
|
| S3-10 |
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Niba L.L., Bokanga M.M., Jackson F.L.
-
Clonal Variations in Pasting Profiles and Granular
Characteristics of Cassava (Manihot esculenta) Starch
|
|
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Nketsia-Tabiri J.
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Multi-Elemental Analysis of Starch from Different
Cultivars of Cassava
|
| S3-14 |
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Sirju-Charran G.
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Cassava Stem Tubers: A Model System for Investigating the
Role of Light in Tuberisation
|
|
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-
|
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Poster Period 1 -S4: Genomics
|
| S4-05 |
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Morales Y.
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Project for the Collection and ex situ Conservation of
Wild Relatives of Cassava (Manihot esculentaCrantz)
|
| S4-06 |
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Okogbenin E., Fregene M.
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Genetic Analysis and QTL Mapping of Early Root Bulking in
an F1 Population of Non-inbred Parents in Cassava (Manihot esculenta
Crantz)
|
| S4-07 |
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Okogbenin E., Fregene M.
-
QTL mapping in an F1 Population from Non-inbred Parents in
Cassava: Yield and Root Quality Traits
|
|
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Poster Period 1 -S5: Gene Discovery
|
| S5-04 |
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Cabral, G.B., Carvalho L.J.C.B.
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Analysis of Proteins Associated with Storage Root
Formation in Cassava using 2-D Gels
|
|
-
Cortés D.F.,. Reilly K, Okogbenin E., Beeching J.R.,
Iglesias C., Tohme
J.
-
Mapping Wound-Response Genes Involved in Post-harvest
Physiological Deterioration (PPD) of Cassava (Manihot esculenta)
|
| S5-07 |
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de Souza C.R.B., de Almeida E.R.P., Carvalho L.J.C.B.,
Gander E.S.
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Towards the Identification of Cassava Storage Root Protein
Genes
|
| S5-08 |
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de Souza C.R.B., de Almeida E.R.P., Carvalho L.J.C.B.,
Gander E.S.
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Opaque-2-like Transcriptional Regulatory Gene Mechanism is
Present in Cassava Storage Roots
|
| S5-06 |
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de Souza C.R.B., de Almeida E.R.P., Carvalho L.J.C.B.,
Gander E.S.
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A New Gene from Cassava Storage Roots Related to Secondary
Xylem
|
| S5-10 |
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Fregene M., Morante N.
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Prospecting for Root Quality Genes in Wild Relatives of
Cassava (Manihot esculenta) Crantz
|
| S5-01 |
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Akano
A.O., Dixon A.G.O., Mba C., Barrera E., Fregene M.
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Genetic Mapping of a Dominant Gene Conferring Resistance
to the Cassava Mosaic Disease (CMD)
|
| S5-11 |
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Gomes A.P.G., Rocha T.L., Carvalho L.J.C.B.
-
Protein Polymorphism in Starch Granules of Storage Roots
of Cassava Clones with Different Genetic Backgrounds
|
|
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-
|
-
Click
on the reference numbers in the left-hand column to view abstracts
|
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Poster Period 2-S6: Genetic Resources
|
| S6-02 |
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Alves A.A.C., dos Reis Filho D.D.
-
Identification of Molecular Markers for Characterization
of Brazilian Cassava Germplasm
|
| S6-03 |
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Bedoya J.M., Echeverri J., Chávez A.L., Ceballos H.,
Tohme J., Sánchez T.
-
Genetic Potential to Improve Carotene Content of Cassava
and Strategies for its Deployment
|
| S6-04 |
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Boiteux M.E.N.F., Carvalho L.J.C.B.
-
Biochemical Diversity of Carotenoids Accumulation in
Cassava Storage Root
|
| S6-05 |
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Calle F., Ceballos H., Jaramillo G., Lenis J.I., López
J., Morante N., Pérez J.C.
-
Results in Yield Improvement of Cassava at CIAT
|
| S6-08 |
-
Dossou-Yovo I., Mignouna J.H., Machuka J., Bokanga M.
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DNA Marker for Distinguishing Between Low-cyanide and
High-cyanide Cassava Varieties
|
| S6-09 |
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Ekanayake I.J., Lyasse O.
-
Environment, Genot䁹pic
Diversity and Food Quality Traits of Cassava
|
| S6-10 |
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Fregene M., Rosling H., Akerbolm M.
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The Cassava Molecular Diversity Network (MOLCAS)
|
| S6-11 |
-
González J.E., Ceballos H., Pérez J.C., Calle F.
-
Electric Capacitance: A Potential Method for Estimating
Root Yield
|
| S6-14 |
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Kim H., Van Bien P., Quyen T.N., Ngoan T.N., Loan T.P.,
Kawano K.
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Cassava Breeding and Varietal Dissemination in Vietnam:
1975 to 2000
|
| S6-12 |
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Jayaprakas C.A., Rajamma P., Palaniswami M.S., Sreekuma J.
-
Insecticidal Activity of Cassava Seed Extract Against the
Storage Pest, Sitophilus oryzae (L) (Coleoptera: Curculionidae)
|
| S6-15 |
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Mafla G., Roa J.C., Debouck D.G.
-
Observations About the Distribution of Cassava Germplasm
from an International Collection
|
| S6-19 |
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Narvaez-Trujillo A., Lozada T., Second G.
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The Dynamics of the Sweet-Bitter Differentiation in
Cassava Varieties as Unravelled by Molecular Polymorphism
|
| S6-20 |
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Njoloma J., Kujapata M.B.
-
Rapid Cassava Seed Multiplication
|
| S6-21 |
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Ntawuruhunga P., Whyte J.B.A., Rubaihayo P., Dixon A.G.O.
-
Effects of Altitude on Tuberization and Yield Performance
of Cassava Genotypes Grown at Three Different Elevations in Uganda
|
|
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Ntawuruhunga P., Whyte J.B.A., Rubaihayo P., Ojulong H.
-
Effect of Altitude on Cyanogenic Potential, Dry Matter,
Starch and Sugar Content in Cassava Genotypes
|
| S6-22 |
-
Pérez J.C., Morante N., López J., Lenis J.I., Jaramillo
G., Ceballos H., Calle F.
-
Advantages of the New Cassava Breeding Scheme at CIAT
|
| S6-23 |
-
Pillai S.V., Harisankar P., Sumarani G.O., Sundaresan S.
-
DNA Analysis for Characterisation of Genetic Resources and
Identification of Duplicates in Cassava
|
| S6-24 |
-
Rajendran P.G., Mohan C.
-
True Cassava Seed Programme for Food Security in
Developing Countries
|
| S6-25 |
-
Raji A.A., Dixon A.G.O., Fawole I., Gedil M.
-
Diversity Analysis of African Landraces of Cassava as
Assessed with Agrobotanical Traits and Molecular Markers
|
| S6-26 |
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Safo Kantanka O., Boampong E.Y., Asanta I.K., Offei S.K.
-
A Paradigm for Characterisation and Conservation of Root
and Tuber Crops Germplasm in Ghana Based on Cassava
|
| S6-27 |
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Ukpabi U.J., Nlemchi R.
-
Farmgate Production of Mead from Honey Derived from
Cassava Nectars
|
| S6-28 |
-
Ukpabi U.J., Folorunsho A.O.
-
Quantification of the Rate of Hydrocyanic Acid (HCN)
Emission from the Leaves of Cassava (Manihot esculenta)
|
| S6-29 |
-
Wanapat M.
-
Cassava Hay: An Old Crop with Innovative Impacts as Animal
Feed
|
|
|
-
|
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Poster Period 2-S7: Tissue Culture & Genetic
Transformation
|
| S7-01 |
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Adeniyi O.J., Akoroda M.O., Ng S.Y.C.
-
Cryopreservation of Cassava
|
| S7-02 |
-
Akano A.O., Fregene M.A., Dixon A.G.O., Taylor N.J.,
Fauquet C.M.
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Light as a Crucial Factor for the Induction of Somatic
Embryogenesis in Latin American and African Cassava Cultivars
|
| S7-03 |
-
Alfaro J.C., Morales Y.
-
Evaluation of Four Cassava Clones Introduced from CIAT-Colombia,
Reproduced through in vitro Tissue Culture
|
| S7-04 |
-
Beovides Y., González C., Román M.I., Xiqués X.,
Florido M., Lara M., Medero V., García S., Díaz L., Milián M., Toledo
H., Guerra D.
-
Identification of the Genetic Variability in Cassava (Manihot
esculenta Cranz) Clones Obtained by different Propagation Methods in Cuba
|
| S7-05 |
-
Chellappan P., Masona M.V., Taylor N.J., Pita J., Yadav
J., Fauquet C.M.
-
Resistance to African Cassava Mosaic Disease Conferred by
Wildtype and Spontaneous Mutated Versions of the Replication-Associated
Protein (AC1) from a Kenyan isolate of African Cassava Mosaic Virus
|
| S7-06 |
-
Danso K.E., Ford-Lloyd B.V.
-
Induction of High Frequency Somatic Embryogenesis in
Cassava for Cryopreservation
|
| S7-08 |
-
Escobar R.H., Manrique N.C., Gil1 F., Tohme J., Debouck D.G.
-
Preliminary Studies on the Cryopreservation of Meristems
and Seeds of Wild Manihot Species
|
| S7-09 |
-
Escobar R.H., Manrique, N.C., Debouck D.G., Tohme J., Roca
W.M.
-
Cryopreservation of Cassava Shoot Tips using the
Encapsulation-Dehydration Technique
|
| S7-10 |
-
Escobar R.H., Muñoz L., Tohme J., Roca W.M.
-
Rapid Propagation of Cassava Planting Material by
Temporary Immersion Bioreactors
|
| S7-11 |
-
Escobar R.H., Santos L.G., Tohme J., Roca W.M.
-
Cryopreservation of FEC Lines as an Aid for Genetic
Transformation Programs
|
| S7-12 |
-
Fofana I.B.F., Taylor N.J., Pita J.S., Sangare A., Fauquet C.M.
-
Developing Viral Challenging Systems for Assessing
Geminivirus Replication and Symptom Production in Cassava
|
| S7-13 |
-
Hankoua, B.B., Ng S.Y.G., Puonti-Kaerlas J., Fawole I.,
Dixon A.G.D., Pillai M.
-
Regeneration and Transformation of African Cassava (Manihot
esculenta Crantz) Germplasm
|
| S7-14 |
-
Kokora R.N.N., Taylor N.J., Sangaré A., Fauquet C.M.
-
Tryptophan and Tryptamine, two Precursors of
Indole-3-Acetic Acid, Improve Formation of Friable Embryogenic Callus in
Cassava
|
| S7-17 |
-
López D., Chavarriaga P., Tohme J., Roca W.M.
-
Induction of Friable Embryogenic Callus and Plant
Regeneration in Colombian Commercial Cultivars
|
| S7-18 |
-
Mbanaso, E.N.A., Crouch J., Onofeghara F.A., Pillay M.
-
Cassava Starch as Alternative to Agar for Gelling Tissue
Culture Media
|
| S7-19 |
-
Montoya J.E., Escobar R., Chavarriaga P., Tohme J., Roca W.M.
-
Optimizing plant Regeneration from Friable Embryogenic
Callus using Temporary Immersion Systems
|
| S7-20 |
-
Msikita, W., Sayre R.T., White V., Marks J.
-
Influence of explant source, and light on efficiency of Agrobacterium-mediated transformation of cassava.
|
| S7-21 |
-
Mukherjee A., Naskar S.K.
-
In vitro Culture of Isolated Pollen of Cassava: Influence
of Boric Acid and Growth Regulators in Pollen Embryogenesis
|
| S7-25 |
-
Rojas, N., Morales
-
Introduction of 18 Cassava (Manihot esculenta Crantz)
Cultivars for their in vitro Conservation
|
| S7-27 |
-
Siritunga D., Arias-Garcon D., Sayre R.
-
Reduction in the Cyanogenic Potential of Cassava Roots;
Transgenic Plants Expressing Hydroxynitrile Lyase in the Roots
|
| S7-29 |
-
Sudarmonowati E.
-
Conservation and Genetic Improvement of Indonesian Cassava
Genotypes using Biotechnology as a Tool
|
| S7-30 |
-
Taylor N.J., Li H., Beeching J.R., Fauquet C.M.
-
A PAL Promoter Isolated from Deteriorating Cassava Roots
Drives Highly Specific Marker Gene Expression in Transgenic Plants
|
| S7-32 |
-
Torres M.A., Fundora Z., Alonso J.
-
Cryopreservation of cassava shoot-tips in a gene bank in
Cuba
|
| S7-35 |
-
Zhang P, Jaynes J.M., Potrykus I., Gruissem W.,
Puonti-Kaerlas J.
-
Transfer and Expression of an Artificial Storage Protein
(ASP1) Gene in Cassava (Manihot esculenta Crantz): Towards Improving
Nutritive Value of Storage Roots
|
| S7-38 |
-
Zok S., Eyango S.A.
-
Multilocational Field Evaluation of Tissue Culture Derived
Cassava (Manihot esculenta) in Cameroon
|
| S7-34 |
-
Vega V., Rodríguez S., Basail M., López J., de Feria M.,
García M., Ventura J.C., Cabrera M., Gómez R., Pons C., Oliva M.,
Martínez M., Guerra D., AlvarezJ.G.M.
-
Propagation of Cassava (Manihot esculenta Crantz) by the
Temporal Immersion System
|
|
|
-
|
-
Poster Period 2-S8: Biotic Stress
|
| S8-01 |
-
Alicai T., Gibson R.W., Otim-Nape G.W., Legg J.P., Seal
S.E., Ogwok E., Sserubombwe W.S.
-
Implications for Sustainable Cassava Cultivation in Uganda
of Recovery and Production of Symptomless Progeny from Cassava Plants
Affected by Cassava Mosaic Disease
|
| S8-03 |
-
Bua A., Otim-Nape G.W., Sserubombwe W.S., Thresh J.M.,
Baguma Y., Ssemakula G.N., Titus A., Omongo C.
-
Uganda: Saving a Nation Besieged by Cassava Mosaic Virus
Disease Epidemic
|
| S8-04 |
-
Cuervo M., Calatayud P., Múnera D.F., Belloti A., Calvert
L.A.
-
Molecular Identification of Cassava Mealybugs (Phenacoccus
sp. Homoptera:Pseudococcidae)
|
| S8-05 |
-
Dixon A.G.O., Whyte J.B.A., Mahungu N.M., Ng S.Y.C.
-
Tackling the Cassava Mosaic Disease (CMD) Challenge in
Sub-Saharan Africa: The Role of Host-plant Resistance and Germplasm
Deployment
|
| S8-06 |
-
Flor N.C., Pineda B., Mafla G.
-
CIAT Cassava in vitro Collection Cleaned against Seedborne
Diseases of Quarantine Importance
|
| S8-08 |
-
Kemp B.P., Beeching J.R.,
Cooper R.M.
-
Pathogenicity and Resistance in Xanthomonas Blight of
Cassava
|
| S8-10 |
-
Lwole L., Monda1 E.O., Otim-Nape G.W., Thresh M.J.
-
Response of Resistant Cassava Varieties to Cassava Mosaic
Disease Under Pandemic Conditions in Western Kenya
|
| S8-11 |
-
Makeshkumar T., Radhakrishnan Nair R.
-
Serological and Nucleic Acid Based Detection of Indian
Cassava Mosaic Disease
|
| S8-14 |
-
Ogbe F.O., Dixon A.G.O., Atiri G.I.
-
The Use of Bud Grafting to Evaluate Cassava for Resistance
to African Cassava Mosaic Virus
|
| S8-15 |
-
Owor B., Legg J.P., Okao-Okuja G., Ogenga-Latigo M.W.
-
Effect of Cassava Mosaic Geminiviruses on Growth and Yield
of a Susceptible Cassava Cultivar in Uganda
|
| S8-22 |
-
Sseruwagi P., Okao-Okuja G., Obonyo R., Legg J.P.
-
Practical Applications of Biotechnological Tools in
Diagnosing, Monitoring and Controlling Cassava Mosaic Geminiviruses in
East and Central Africa
|
| S8-24 |
-
Wydra K., Ahohuendo B., Banito1 A., Cooper R.M.C., Dixon
A., Kemp R., Kpemoua K., Rudolph K., Witt F., Verdier V., Zinsou V.
-
Adaptation and Implementation of Integrated Control
Measures of Cassava Bacterial Blight Through Collaborative Research
Between European Partners, IITA, and NARS in Africa
|
| S8-25 |
-
Zhang P., Puonti-Kaerlas J., Gruissem W.
-
An Efficient in vitro Viral Replication Assay for African
Cassava Mosaic Virus Clones in Cassava Leaves
|
| S8-26 |
-
Zhang P., Frey P., Fütterer J., Potrykus I.,
Puonti-Kaerlas J., Gruissem W.
-
Engineering Virus-induced ACMV Resistance by Mimicking a
Hypersensitive Reaction in Transgenic Cassava Plants
|
| S8-23 |
-
Wierzchoslawski R., Dzianott A., Bujarski J.J.
-
Homologous Recombination Activity of the Subgenomic
Promoter Sequences During a Model Plant Virus Infection
|
