In a panel discussion, titled "Does 1+1=3: Proving the Integration Hypothesis," representatives from the United Nations, Bill & Melinda Gates Foundation, U.S. Agency for International Development (USAID), academia, international nongovernmental organizations and others offered diverse perspectives on the topic.
In this way, a set of propositions or hypotheses representative of RBV could be tested over the cases.
To test this hypothesis, we performed a representative promoter analysis looking for putative common cis-elements in genes grouped in cluster 2 (Table 2).
Given the rather limited literature concerning the role of weight control concerns and behaviors among non-clinical Chinese adolescents, the current study tested this hypothesis using a national representative survey of adolescents.
A representative illustration of this hypothesis and its results are shown in Figure 1.
To test this hypothesis, we recruited a nationally representative sample of 102 participants to a listening experiment.
A dose dependent mathematical model representative of this hypothesis, based on probability functions with meaningful parameters, is applied.
To further explore this hypothesis, we selected the most representative GO categories (signal transduction, S; transcription, T; and metabolic process, M), and looked for the genes classified into at least two of the selected GO categories (see methods).
In support of this hypothesis, FISH analysis performed in representative primary tumor and lymph node samples with high SOX2 expression in most cases did not show amplification of the SOX2 locus.
The present study tested this hypothesis on a larger, more representative sample of adults approaching the age for being invited to the UK CRC screening programme, using a discrete choice experiment (DCE).
