The phrase "activate block" is correct and usable in written English.
It can be used in contexts related to technology, programming, or gaming, where a block or feature needs to be turned on or enabled.
Example: "To proceed with the game, you must activate the block that allows you to access the next level."
Alternatives: "enable block" or "turn on block".
At that point, an external attacker can "exfiltrate local files and conduct remote reconnaissance". "Typically, when instantiating ActiveX Objects users will get a security warning bar in IE and be prompted to activate blocked content.
To date, no compounds have become available that specifically activate, or block activation of, the stress protein response.
She would use a transcription factor to activate or block neural activity in different subsets of neurons, then observe behavioral changes in the adult flies.
This refinement, which became known as quantitative structure-activity relationship, simplified the search for chemical structures that could activate or block various drug receptors.
Harland injects eggs with nucleic acids that activate or block the action of specific genes or their protein products in order to discover their function.
By inserting light-sensitive microbial proteins on the surfaces of nerve cells, scientists can instantly and repeatedly activate or block individual nerve cells or circuits at will with the simple flick of a light switch.
And unlike other protein therapeutics, which can activate or block only one specific biological process each, monoclonal antibodies can be developed for any target protein or cell type imaginable.
Generalized space modulation techniques (GSMTs), such as generalized space shift keying (GSSK) and generalized spatial modulation (GSM), activate a block of transmit antennas at one time instant to transmit the same data symbol.
The development of ligands that selectively activate or block specific P2X receptor subtypes hence represents a promising strategy to obtain novel pharmacological tools for the treatment of pain, cancer, inflammation, and neurological, cardiovascular, and endocrine diseases.
More than 30 years ago, when UC Berkeley researchers discovered telomerase — an enzyme that lengthens chromosome ends and prevents them from fraying enough to kill a cell — speculation ran wild about its role in aging and cancer, setting off a full-court press to produce drugs to activate or block the enzyme.
Serum from ICU patients was able to activate or block the flux of autophagy in human primary myotubes.
