"protocol integration" is a correct and usable phrase in written English.
It refers to the process of connecting or combining different protocols or systems in order to work together or communicate with each other. This phrase can be used in various contexts, such as in technology, business, or diplomacy. Example: "The company's IT department is currently working on protocol integration to ensure smooth communication between our different software systems."
According to conventional transfection protocols, integration occurs into random chromosomal loci and at variable copy numbers, which together cause unpredictable gene expression characteristics because of position-dependent inactivation and repeat-induced silencing processes.
The concept deals with the widely differing time demands at different control levels on-board the vehicle, the integration of sensors and actuators using different communication protocols, integration of wireless communication to a base and payload data handling as well as control, reliability and safety issues.
Most of them provided interventions such as self-management education and training directed at life-style improvement (physical reactivation, smoking cessation, diet improvement), decision support to implement guidelines and protocols, integration of ICT systems, training for health care providers, case management, and reallocation of tasks between care providers [ 8, 10].
Having a standardized communication protocol facilitates integration of Intelligent Electronic Devices (IEDs) into systems, but it does not solve the problem of inconsistent and incomplete data formats and types.
To address these problems, we worked with 2 primary care clinics to design a simple screening and education protocol for integration into a standard office visit.
The reasons for the use of this protocol include integration of sample preparation and the mobile phases used.
For the current autoclave protocol, an integration assuming linear heating and cooling gives a log severity factor of 1.2, at pH 1, holding for 30 min at 121 °C.
This is the heart of the autopoietic-extended design protocol — the integration of smart, non-polluting, bioreactive sensing and response in architecture.
The regular attendance and high interest in evidence-based medicine resulted in rapid development of a protocol and integration of evidence-based medicine into our ICU.
The protocol requires integration between clinicians and scientists and the application of state-of-the-art genetic and stem cell technologies within diagnostic proximity of the patient in order to reduce the number of cases of unknown genetic causation.
