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1                                   The hybrid multicompartment approach here proposed is very promisin
2 platform to engineer complex emulsion-based, multicompartment artificial cells, using microfluidics a
3                        Here, we develop a 3D multicompartment assembloid model of the fallopian tube
4 ble mechanism of BDNF transport and release, multicompartment Campenot chambers were used.
5                     The Golgi apparatus is a multicompartment central sorting station at the intersec
6                                       In the multicompartment chamber (MCC), the behaviors of CRFko a
7 ion fires observed by satellite and a global multicompartment chemistry-transport model.
8                                            A multicompartment computational model of a Kv3-expressing
9                                              Multicompartment conductance-based models reproducing th
10 t-effectiveness and extended application for multicompartment defects and uterine-sparing procedures,
11  more accurately predict hepatotoxicity than multicompartment dosimetry in HCC patients undergoing ra
12                               The benefit of multicompartment dosimetry in the radioembolization of n
13                 We performed voxel-based and multicompartment dosimetry using pretherapeutic (99m)Tc-
14                                              Multicompartment dynamic gut models have been developed
15 s initially naive mice repeatedly navigate a multicompartment environment to test whether representat
16              During initial exposures to the multicompartment environment, grid firing patterns were
17 splenial cortex of rats exploring single- or multicompartment environments having onefold, twofold, o
18 neurons in male Lister hooded rats exploring multicompartment environments that had different levels
19 tabilities by utilizing them via an adaptive multicompartment feed-forward inhibition.
20                                         This multicompartment, flow-through system simulates digestio
21                                          The multicompartment framework of multisomes mimics a tissue
22                                            A multicompartment, history-independent computer model of
23 modulation of long-term plasticity through a multicompartment Hodgkin-Huxley model of a prefrontal py
24                                   Using both multicompartment Hodgkin-Huxley-type simulations and ele
25                              This included a multicompartment holder that, when combined with NMR sli
26 ent core block chemistry, thus also defining multicompartments in the nanoparticles.
27 the formation of concentric, pericentric and multicompartment liposomes.
28 -28), and all patients presented with severe multicompartment lymphatic failure including plastic bro
29 duct to the pulmonary venous atrium to treat multicompartment lymphatic failure is described and earl
30 tment for the failing Fontan physiology from multicompartment lymphatic failure.
31                                We describe a multicompartment mathematical model to predict strategie
32 ew tool to perform unbiased, noninvasive and multicompartment measurements of antimicrobial concentra
33 tures of organic solvent and water to afford multicompartment micelles (MCMs) with a narrow size dist
34 ing of compartments within precisely defined multicompartment micelles (MCMs), which are themselves f
35 e formation of a previously unknown class of multicompartment micelles in dilute aqueous solution.
36 pproach, we herein describe the synthesis of multicompartment micelles in which the emission of each
37 of the blocks and can be tuned from discrete multicompartment micelles to extended wormlike structure
38                  Using retinal cultures in a multicompartment microfluidic device, we observed increa
39                                Overall, this multicompartment micromotor system provides unique featu
40                                          The multicompartment micromotors display strong gastric-powe
41                  A numerical simulation of a multicompartment model neuron shows that in the presence
42  The second part of the model was a detailed multicompartment model of an Adelta-axon as well as an A
43 on dispersion and density imaging (NODDI), a multicompartment model of diffusion MRI, would reveal mi
44 sibility study of sodium quantification in a multicompartment model of the brain using sodium ((23)Na
45 d imaging for detailed placental evaluation) multicompartment model that is sensitive to changes in m
46                                We designed a multicompartment model to study the effect of morphologi
47                         By using a realistic multicompartment model, we can investigate the distribut
48 shoots, and roots were modeled using a novel multicompartment model.
49  aimed to validate an MRI framework based on multicompartment modeling of the diffusion signal (AxCal
50  currents, morphological reconstructions and multicompartment modeling on male and female rat SNc DA
51                                    Realistic multicompartment modeling suggests that this robustness
52 compartment, MIRD dual-compartment, and MIRD multicompartment models have been integrated into a MIRD
53                                        While multicompartment models have long been used to study the
54                     We then pair the EF with multicompartment models of the Purkinje cell (PC), deep
55 on, measurement of total body potassium, and multicompartment models.
56   Few studies have compared the BOD POD with multicompartment models; those that have suggest a simil
57                     Using a mouse model, the multicompartment motors, loaded with a model cargo, demo
58                                      Using a multicompartment MRI signal model, we observed the expec
59                                        These multicompartment MSNs (mc-MSNs) consist of a core with c
60 as examined the role of galectin-3 (GaL3), a multicompartmented N-acetyllactosamine-binding chimeric
61 brush copolymers provide a covalent route to multicompartment nanomaterials that remain nanosegregate
62 amino cross-linkers, pH-responsive, photonic multicompartment nanostructures (MCNs) were produced.
63                             Pyrazine-labeled multicompartment nanostructures are shown to exhibit enh
64                             Networks of 1200 multicompartment neurons [pyramidal, basket, and oriens-
65                                           In multicompartment O-LM interneuron models that incorporat
66 a single-compartment heart into a functional multicompartment organ.
67 images were compared using simulations and a multicompartment phantom.
68  time-consuming and erroneous preparation of multicompartment phantoms, such as for the kidney, the u
69                                            A multicompartment, physiologically based pharmacokinetic
70                                            A multicompartment PK model was used to simultaneously fit
71 e/S) proteins in eukaryotes is a multistage, multicompartment process that is essential for a broad r
72 ne 5'-triphosphate (ATP) synthesizing hybrid multicompartment protocells.
73                            First, we built a multicompartment pyramidal neuron model fit to monkey dl
74  improved chemical specificity, we coupled a multicompartment quadrupole electrodynamic trap (QET) wi
75                                With use of a multicompartment renal model, the glomerular filtration
76 od facilitates simple fabrication of complex multicompartment scaffolds with structurally continuous
77 ognitive mapping of the complex structure of multicompartmented spaces.
78 presents a foundation for the engineering of multicompartment-spanning designer pathways that can be
79 pH and redox dual responsive polymer shows a multicompartment structure.
80                                              Multicompartment tadpole nano-objects are a rare and int
81 f the broader coastal marine N cycle using a multicompartment time-stepping model.
82               This structure may manifest as multicompartment "tipping points" that drive multiple or
83                                            A multicompartment, transaxial Hoffman brain-slice phantom
84 es of soluble and insoluble tau species in a multicompartment, two-neuron system using biologically p
85 nt channels accumulate membranous whorls and multicompartment vacuoles, hallmarks of degenerin-induce
86 eration of a range of single compartment and multicompartment vesicles and bilayer-delineated droplet
87 e pieces, 3D pixels, propellers, fluidic and multicompartments) with mono-, di-, and tricomponents co