1 Cellular membranes are densely
crowded with a diverse population of integral and membra
2 s function in cellular environments that are
crowded with biomolecules, and in this reduced available
3 The literature is
crowded with competing theories, including causal models
4 The field of cluster analysis is
crowded with diverse methods that make special assumptio
5 (compared to random coil conformations) when
crowded, with elongation states that are gamma distribut
6 DNA diffusion (D) in solutions made
crowded with Ficoll-70 (up to 40 weight percentage) or s
7 in simulations of solute diffusion in media
crowded with fixed or mobile obstacles, or when solute d
8 me of cargos transporting along microtubules
crowded with free motors.
9 Plants inhabit environments
crowded with infectious microbes that pose constant thre
10 However, the intracellular space is
crowded with macromolecules and organelles that can resi
11 In cells
crowded with macromolecules, a little-known and distinct
12 The interior of cells is highly
crowded with macromolecules, which impacts all physiolog
13 Cells are
crowded with macromolecules, yet most biophysical inform
14 eins fold and function inside cells that are
crowded with macromolecules.
15 ellular space of eukaryotic cells, which are
crowded with mobile and immobile macromolecules.
16 d function in cellular environments that are
crowded with other macromolecules.
17 interactions occur in an environment that is
crowded with other molecules, but in vitro studies are a
18 oteins must travel along substrates that are
crowded with other proteins.
19 e binding to carbonic anhydrase in solutions
crowded with polyethylene glycol and Ficoll.
20 Cells are highly
crowded with proteins and polynucleotides.
21 roxidase in dilute solution and in solutions
crowded with the sugars glucose, sucrose, and stachyose.