The phrase "a very different architecture" is correct and usable in written English.
You can use it when comparing two or more architectural styles, designs, or structures that are notably distinct from one another.
Example: "The new building features a very different architecture compared to the traditional styles found in the surrounding area."
Alternatives: "a significantly different design" or "a markedly different structure."
The HhH-GPD superfamily, to which MBD4 belongs, has a very different architecture.
Thus, designing a computer for efficient sequential computation leads to a very different architecture than designing one for efficient parallel computation and there exists no single optimal architecture for general purpose computation.
The inhibitor was specifically identified using the DHPS pterin pocket as the target and it was not anticipated to engage the HPPK pocket which has a very different architecture.
"This time last year we were on the Nile looking at very different architecture," he said wistfully, his ears turning plum-colored.
You have a very different facial architecture.
Although recovering data from hard drives or small-scale mobile devices has been well studied, solid-state disks (SSDs) have a very different internal architecture and some additional functions, and it is not clear whether these differences will have an effect on data recovery.
Although GPCRs and LGICs obviously have a very different protein architecture, their ligand-binding sites can obviously bind similar (sub structures.
Both the man and the computer presumably do massive amounts of "brute force" computation on their very different architectures.
Tubulins are a universally conserved protein superfamily that carry out diverse biological roles by assembling filaments with very different architectures.
These sequences have very different architectures than underlying middle Miocene sequences, which contain thick lowstand wedge deposits, and are interpreted to have formed by high-frequency eustatic cycles superimposed on longer-term eustatic fall.
Our results suggest that compressed models can approach the accuracy of full ensembles on this task, combining the diverse strengths of networks of very different architectures, while maintaining real-time performance.
