Sentence examples for circulation to develop from inspiring English sources

In the growing fetus, naïve or undifferentiated immune T and B cells are transported from placenta through fetus circulation to develop the fetus lymphoid organs.

Toward the end of the month, however, wind shear decreased in the easternmost portion of the basin, which allowed a low-level circulation to develop; it is possible the system originated from a tropical wave that traversed the Atlantic Ocean in the previous two weeks.

Circulating tumor cells (CTC) are malignant cells that migrate from a cancer into the bloodstream; most CTCs die, but some exit the circulation to develop into metastases [ 2]. High numbers of CTC are associated with shorter overall and progression free survival [ 3- 5].

He managed the successful merger of the print and circulation teams to develop the Production, Distribution and Sales department, while his drive and enthusiasm played a major part in the success of the format change of both the Guardian and the Observer.

The circulation began to develop convection and by May 20 had organized into a depression.

A new, weak low-level circulation started to develop within that area, several kilometers east of Visayas, Philippines on September 12. PAGASA issued warnings on the system, upgrading it to a tropical depression and naming it Yaning on September 13.

Convection increased over the trough as it moved over relatively warm waters, about 1 ºC above normal, and began undergoing tropical cyclogenesis after a circulation began to develop along the northern portion of the trough.

We have set off to characterize proteins associated with CRC that are detectable in patient's systemic circulation and to develop a protein biomarker signature able to classify CRC and control cases at risk.

Unlike mammalian PGCs, the avian PGCs migrate through the blood circulation to the developing embryonic gonad, which later develops into the testis or ovary.

This study combined curtain wall structures, building construction practices, heat transfer mechanisms, and natural circulation loop designs to develop an innovative, wall-integrated solar heater based on the concept of an energy-harvesting facade.

To design RWCS systems that can sustainably meet water demand under future climate conditions, this paper introduces a method that employs climatic data from general circulation models (GCMs) to develop a suite of catchment area vs. storage size design curves that capture uncertainty in future climate scenarios.