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Scientists find immune cells key to labour triggers

New immune cell research could prevent premature birth by targeting labour triggers.

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Scientists find immune cells key to labour triggers

New immune cell research could prevent premature birth by targeting labour triggers.

In brief

New immune cell research could prevent premature birth by targeting labour triggers. Scientists discovered decidual macrophages and uNK1 cells may trigger labour, offering potential treatments for premature birth. Originally reported by MadeForMums.

Premature birth statistics

One in 13 UK babies born prematurely each year, equivalent to six babies per hour.

Scientists uncover labour triggers

Imperial College London researchers found specialised immune cells may trigger labour by breaking waters around the baby.

Decidual macrophages role

Closer look of a newborn baby girl's tiny hand holding on to an index finger of an adult in Oslo, Norway.

Decidual macrophages increase during labour and may start building up before labour begins.

Dr Victoria Male's research

Dr Victoria Male says effective treatments for premature labour are urgently needed but labour triggers remain unclear.

Uterine natural killer cells

Uterine natural killer (uNK1) cells contain unique granules that help placental implantation and development.

Placental insufficiency risks

Placental problems can cause restricted growth and premature birth if not properly managed.

Research partnership

Borne and Action Medical Research have invested £2.1 million in 11 projects since 2016 to tackle premature birth.

The bottom line

Scientists discovered decidual macrophages and uNK1 cells may trigger labour, offering potential treatments for premature birth.

Read the original on MadeForMums

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