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pubmed
Controlling the synchronization and symmetry breaking of coupled bacterial pili on active biofilm carpets.
Altın B; Günay ET; Yaman İY; Ünlü A; Gediz Y; Gedik N; Karataş B; Başaran M; Kocabaş C; Özdemir ŞK; Kocabas A
Scientists found that bacteria can move together like a wave on surfaces, using tiny hair-like structures called pili. These movements create waves that go in one direction, and the older parts of the bacteria move at different speeds. By changing the bacteria's environment, scientists can control these wave patterns.
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pubmed
A cell atlas of the developing human outflow tract of the heart and its adult aortic valve derivatives.
Leshem R; Murtuza-Baker S; Mallen J; Wang L; Dark J; Sharrocks AD; Piper Hanley K; Hanley N; Rattray M; Bamforth SD; Bobola N
The outflow tract of the heart helps divide the aorta and pulmonary trunk, which is important for heart development. Scientists studied cells in this part of the heart from embryos to adults and found special patterns that stay from early on. They also discovered a gene called GATA6 that is important for heart valve development and might help us understand heart problems better.
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