Sentence examples for subsequent structures from inspiring English sources

Suggestions for more elaborate models describing such communities and their subsequent structures are found in conclusions.

This chapter reviews the efforts in the development of novel structural protein materials, fabrication of nanofiber networks using electrospinning technology, and applications of subsequent structures in biomedicine.

The essential difference between the homosporous and heterosporous life history is the presence in the latter of two spore types (microspores and megaspores) and their concomitant precursory structures (microsporocytes and megasporocytes; microsporangia and megasporangia; etc.) and subsequent structures (microgametophytes and megagametophytes).

The iconic, cylindrical Terminal 1, which opened in 1974, was difficult to integrate with the seven subsequent structures that, over the course of two decades, have come to make up Terminal 2. Terminal 2 had its last significant expansion in 2008: 2G, a stand-alone structure on the airport's eastern edge, serves European flights.

In subsequent structures, he originated the prototypical modern factory building, a rapidly and inexpensively built steel-frame structure that has an unobstructed floor plan and large windows and skylights and in which all production takes place under one roof and on one floor.

The iconic, cylindrical Terminal 1, which opened in 1974, was difficult to integrate with the seven subsequent structures that, over the course of two decades, have come to make up Terminal 2. Terminal 2 had its last major expansion in 2008: 2G, a stand-alone structure on the airport's eastern edge, about 20 minutes away by shuttle bus, serves European flights.

Subsequent structure-function analyses led to the discovery that XopD is a DNA binding protein that alters host transcription.

Subsequent structure-activity relationship (SAR) studies identified several compounds with mixed antibacterial and antitubercular profiles.

Here we report on the 'hybrid design' concept and subsequent structure activity guided optimization efforts that resulted in the development of these inhibitors.

The molecular and cellular reagents created in this investigation provide a foundation for subsequent structure-function and inhibitor design studies on this key polyamine biosynthetic enzyme.

To generate pure enzyme for protein crystallography and subsequent structure-based drug design, we have expressed a soluble, unglycosylated, 6×His-tagged form of proBACE-1 in insect cells using baculovirus infection.