Meanings of human placenta in English

We conclude that the human placenta at term can produce glucose.

Conclusions: In vitro insulin stimulation of the human placenta has been well established.

Multiple stem cell types can be isolated from the human placenta.

An apparently identical protein has been isolated from human placenta.

To elucidate effective preventative treatments, understanding the differentiation and development of human placenta is crucial.

Investigation of potential mechanisms provides evidence that biotin transport by the human placenta is weak.

Results: All three isozymes displayed preferential staining for distinct cellular populations within the term human placenta.

Clearance of fibrin deposits within the human placenta is an ongoing process during normal placental development.

The human placenta transports glucose by facilitated diffusion down a concentration gradient from mother to fetus.

Membranes isolated from human placenta, sheep placenta and foetal-human liver were used as sources of cellular receptors.

Dopamine is present in the human placenta.

Phthalates can cross the human placenta.

But it is difficult to determine this, since the human placenta is hardly available off the shelf for easy study.

Objectives: We tested the hypothesis that SUMO-4 is expressed in the human placenta and demonstrates altered SUMOylation in pre-eclamptic pregnancies.

In particular, protein evidence of 14 genes previously known to be specifically up-regulated in human placenta was verified by mass spectrometry.

Despite the importance of prenatal exposure to POPs, the transport process of POPs via the human placenta is not well understood.