XM, GJ, and GC had the main responsibility for the study and participated in all aspects, including developing the main idea, hypotheses, setting up the study, collecting some of the data, analyzing the data, and preparing and revising the manuscript.
To test their hypotheses, scientists set up a study, giving questionnaires to the sick people and a control group of healthy people who share characteristics with the sick people -- matched by age group, same area code or attendance at an office party.
The following hypotheses were set up: does the weight of the backpack constitute the recommended 10% of the body weight of a seven-year-old child?
The following basic hypotheses were set up: patients in an acute phase of alcohol abuse show an intense ventricular enlargement and a moderate reduction of the prefrontal lobe compared to control subjects.
To verify our hypotheses, we set up an animal model of MODS and serially sampled blood and bone marrow from the model at the 24th hour before operation and at the 12th, 24th, 72nd, 96th, 144th and 168th hour after severe trauma to observe the dynamic variation of bone marrow and circulating EPCs in the various stages of MODS caused by two-hit injuries, including the number and function of EPCs.
To test this hypothesis, we set up a cell-cell adhesion protocol with MACS-purified infected erythrocytes and erythroid cells.
To test our hypothesis, we set up a controlled full factorial mesocosm experiment in which we manipulated N loading and S. aloides density, and investigated interacting effects on habitat biogeochemistry and plant performance.
To test this hypothesis, we set up a BP recombination reaction with pDonor-attP4R/P5 alone, in absence of any attB4R/B5 PCR product.
To confirm this hypothesis, we set up a pull-down experiment.
Considering both hypothesis we set up to analyze enzymes from EAA and functional NEAA pathways present in metazoans.
