To date none of the symbiotic scenarios is sufficiently developed to explain why a prior endosymbiosis triggered the development of phagotrophy.
Progress made in the past decade has triggered the development of several marketable applications.
The need for identification or quantification of proteins triggered the development of respective detection units.
This triggered the development of some of the finest stochastic methodologies to describe these behaviors.
This evolution in cancer treatment has triggered the development of innovative trial designs to validate these new hypotheses.
The discovery of plant DNA recombination techniques triggered the development of a wide range of genetically modified crops.
The rising demand for sustainable and efficient solar energy conversion strategies has triggered the development of a myriad of semiconductor-based composite systems for photocatalytic water splitting.
The ever-increasing desire for clean and renewable energy has triggered the development of novel materials for photoelectrochemical (PEC) water splitting.
This has triggered the development of integrated courses, combining education in process design and operation with organization and (knowledge) management in the department of TPM.
This epidemic triggered the development of virus-free factor concentrates through a combination of improved donor selection and screening, effective virucidal technologies, and recombinant protein expression biotechnology.
This triggered the development of sampling and observation methodology, the design of scientific research vessels for using various equipment and gear, and the development of new technologies for processing several types of samples.
