Sentence examples for subsequently instrumental from inspiring English sources
Our modeling result merely suggested that the slow classification process, which was effectively rectified with the policy change on May 10, had been one of the contributing factors, and the change was subsequently instrumental in the quick containment of the outbreak.
He subsequently became a pupil of the aged poet and critic François de Malherbe and was later instrumental in founding the French Academy.
After an additional variable period of time (3 15 min), Ensure was made available, and the mouse subsequently engaged in instrumental licking for food reward (delivered in 10-µl increments).
Subsequently, this multi-instrumental analysis was then used to assess the relationship between kinematics, kinetics and muscle activation and early migration of the tibial component of total knee prostheses.
Excitation was at 515 nm (OD<0.05 nm) and emission was acquired over a wavelength range of 525 730 nm using a PTI Quantamaster 2000-4 sPhoton Technologies Internationalogies InternationaLawrencevillelle, NJ) and subsequently corrected for the instrumental response [47].
Equation 1 is estimated as a linear probability model to subsequently facilitate the use of instrumental variables14.
Once this vicious cycle is triggered, it ends up compromising initially instrumental activities and, subsequently, the basic ones if nothing is done to halt the cycle.
Macrophages are one of the earliest and most abundant cells in the bone environment after injury and are instrumental for normal bone healing by clearing local apoptotic cells and subsequently signaling to initiate bone formation.
Following the recording, Irish producer and composer David Holmes listened to the original score, and subsequently spent three weeks compiling fifteen instrumental tracks that could be used as standalone songs for the game's official soundtrack.
When the World Health Organisation (WHO) launched the Integrated Disease Surveillance and Response (IDSR) strategy in 1998 in the African region, FETP graduates were subsequently recruited into key positions and were instrumental to the success of IDSR in the FETP-host countries in Africa.
He subsequently moved to Stanford where he played an instrumental part in the development of microarray technology and its applications and where he is now a Professor of Biochemistry and Howard Hughes Medical Institute investigator.
