Stepwise autonomous guided assembly
Stepwise autonomous guided assembly has been studied in 1 paper since 2026: none in people yet, 1 in cells; 1 in the past year. No study of it in people or animals has been published yet. The newest paper, Oct 26, 2026: “A novel stepwise autonomous guided assembly approach for engineered cardiac organoid formation”.
1 paper studies it2 findingsUpdated
1 new paper in 30 daysSee all 1 papers on stepwise autonomous guided assembly
At a glance
The findings reach cells, none yet in people. 1 lab in 1 country.
None of its findings points the other way.
- 1 lab in 1 country
- Cells1
What did studies of stepwise autonomous guided assembly find?
2Studies of stepwise autonomous guided assembly measured 2 outcomes; the most studied are contraction force (1 study) and sarcomere length (1).
Contraction force
upin human cells1
1 study
Contraction force
upin human cells1
Stepwise autonomous guided assembly increases contraction force in human cells (compared with one-step bicellular seeding under 1 Hz contactless optogenetic pacing) (0.380 versus 0.141 mN/mm2).
“SAGA organoids generated higher contraction force (0.380 mN/mm2) compared to one-step organoids (0.141 mN/mm2, p < 0.0001).”
Cellscompared with one-step bicellular seeding under 1 Hz contactless optogenetic pacingcardiac organoid
A novel stepwise autonomous guided assembly approach for engineered cardiac organoid formation
ESC Congress 2026 abstract
Sarcomere length
upin human cells1
1 study
Sarcomere length
upin human cells1
Stepwise autonomous guided assembly increases sarcomere length in human cells (compared with one-step bicellular seeding) (1.85 versus 1.72 μm).
“Sarcomere length was greater in SAGA organoids (1.85 μm) than in one-step organoids (1.72 μm, p < 0.0006)”
Cellscompared with one-step bicellular seedingcardiac organoid
A novel stepwise autonomous guided assembly approach for engineered cardiac organoid formation
ESC Congress 2026 abstract