1 lerotic cardiovascular disease (CVD), little
progress has been made in agreeing a role for lipoprotei
2 In recent years,
progress has been made in closing a racial gap in the le
3 However,
progress has been made in defining a high-sensitivity, s
4 bodies that can neutralize diverse isolates,
progress has been made in understanding (
a) the structur
5 While
progress has been made in developing an inhomogeneous as
6 iency virus type 1 (HIV-1) infection, little
progress has been made in generating an effective HIV-1
7 Although significant
progress has been made in characterizing and pharmacolog
8 Considerable
progress has been made in documenting and more precisely
9 During the past two decades, much
progress has been made in identifying and assessing PD b
10 Considerable
progress has been made in developing antifibrotic agents
11 Although significant
progress has been made in miniaturizing atomic metrologi
12 Rapid
progress has been made in realizing battery electrode ma
13 d's first decade of development, significant
progress has been made in designing biological parts and
14 Great
progress has been made in developing biomarkers for FTLD
15 Steady
progress has been made in defining both the viral and ce
16 Significant
progress has been made in defining both TLR as well as n
17 Recently,
progress has been made in understanding both the breakin
18 Although
progress has been made in identifying brain regions that
19 While substantial
progress has been made in understanding brain mechanisms
20 Although considerable
progress has been made in characterizing calcium release
21 Promising
progress has been made in studying cardiac regeneration.
22 Great
progress has been made in reducing cardiovascular mortal
23 ed CYP1A activity in fishes; however, little
progress has been made in determining causative agents.
24 Furthermore, substantial
progress has been made in identifying CD1-restricted T c
25 ical trajectory of developing CPN axons, and
progress has been made in identifying cellular and molec
26 Although
progress has been made in determining central rod domain
27 of SVs with the presynaptic membrane, little
progress has been made in understanding changes in the m
28 Enormous
progress has been made in identifying chromatin "signatu
29 Overall, substantial
progress has been made in improving CNT quantification d
30 Progress has been made in identifying cofactors for rece
31 However, first
progress has been made in identifying components of sexu
32 Progress has been made in mimicking components of the ni
33 Significant
progress has been made in elucidating contributions of T
34 In recent years, substantial
progress has been made in identifying culture conditions
35 Although great
progress has been made in clarifying deep-level angiospe
36 at synaptic sites on dendrites, substantial
progress has been made in identifying dendritic mRNAs an
37 While significant
progress has been made in identifying developmental sign
38 Progress has been made in understanding direct, moderate
39 have been performed in recent years, little
progress has been made in identifying disease-causing ge
40 parity for asthma attack prevalence and that
progress has been made in decreasing disparities in asth
41 Progress has been made in engineering DNA binding domain
42 Importantly,
progress has been made in developing effective therapies
43 Progress has been made in developing effective treatment
44 arch into the aetiology of allergies, little
progress has been made in identifying effective strategi
45 Considerable
progress has been made in differentiating embryonic stem
46 Although significant
progress has been made in defining endotypes for asthma,
47 lable to score gene essentiality, and recent
progress has been made in defining essentiality in the n
48 While much
progress has been made in identifying factors that contr
49 Over the past two decades, enormous
progress has been made in designing fluorescent sensors
50 Progress has been made in identifying foundational defic
51 QTLs) for bone phenotypes, relatively little
progress has been made in moving from QTLs to identifyin
52 oduced by protein-coding (pc) genes, limited
progress has been made in distinguishing functional RNA
53 Despite this interest, only limited
progress has been made in identifying functional inhibit
54 By now, considerable
progress has been made in elucidating GATA factor-depend
55 Considerable
progress has been made in elucidating GATA factor-depend
56 Much
progress has been made in deciphering gene regulatory ne
57 h severe obesity in childhood; however, less
progress has been made in establishing genetic influence
58 Substantial
progress has been made in identifying genetic loci assoc
59 Tremendous
progress has been made in identifying genetic susceptibi
60 ognitive traits are highly heritable, little
progress has been made in identifying genetic variants u
61 Substantial
progress has been made in understanding genetic suscepti
62 Although significant
progress has been made in understanding HCV entry, the p
63 Much
progress has been made in designing heme and dinuclear n
64 During the last decade, much
progress has been made in elucidating hepcidin regulatio
65 Although some
progress has been made in understanding hippocampal-rela
66 Over the past 10 years, significant
progress has been made in understanding HIV-associated l
67 Considerable
progress has been made in elucidating how the microenvir
68 Much
progress has been made in understanding how behavioral e
69 Considerable
progress has been made in understanding how cells monito
70 While considerable
progress has been made in understanding how FTase distin
71 Significant
progress has been made in understanding how gliadin pept
72 Over the last 25+ years, substantial
progress has been made in understanding how LTs exert th
73 er close scrutiny for years, and significant
progress has been made in understanding how mitosis work
74 vailable in regenerative biology, but little
progress has been made in understanding how organisms su
75 Considerable
progress has been made in understanding how the mammalia
76 Recently, important
progress has been made in understanding how the noncanon
77 y to identify and manipulate, and hence much
progress has been made in understanding how this niche o
78 Considerable
progress has been made in converting human pluripotent s
79 While
progress has been made in characterizing humoral immunit
80 Although significant
progress has been made in understanding HuR regulation i
81 While significant
progress has been made in generating immunocompromised m
82 Some
progress has been made in developing improved Kir6.2/SUR
83 While significant
progress has been made in regulating insulin secretion f
84 Notably, tremendous
progress has been made in developing interventions that
85 Progress has been made in addressing issues ranging from
86 ly in the past decade or so that substantial
progress has been made in studying it empirically and in
87 Significant
progress has been made in clarifying its regulation by u
88 While
progress has been made in understanding its biochemical
89 Although significant
progress has been made in characterizing kinesin motors
90 Despite many challenges, great
progress has been made in identifying kinetochore protei
91 This review highlights how
progress has been made in treating limited small cell lu
92 Although great
progress has been made in delineating lung dendritic cel
93 Although significant
progress has been made in reducing malaria transmission
94 In the past few years, considerable
progress has been made in identifying many features of a
95 Although
progress has been made in recognizing many of the issues
96 Great
progress has been made in developing materials to suppor
97 Considerable
progress has been made in reducing maternal, newborn, an
98 During the past decade, significant
progress has been made in clarifying mechanisms of allo-
99 Progress has been made in clarifying mechanisms underlyi
100 Recently, much
progress has been made in understanding meiotic recombin
101 Significant
progress has been made in reducing methicillin-resistant
102 Although significant
progress has been made in developing microfluidic system
103 Although great
progress has been made in identifying microRNAs (miRNAs)
104 Significant
progress has been made in developing model representatio
105 Substantial
progress has been made in building models of the process
106 tatic factor (CSF) 35 years ago, significant
progress has been made in identifying molecular componen
107 In terms of treatment, major
progress has been made in reducing mortality from ARDS w
108 Although some
progress has been made in reducing mortality in patients
109 In recent years great
progress has been made in applying nanomaterials to desi
110 To date, little
progress has been made in studying nanoparticle-plant in
111 Although significant
progress has been made in understanding natural resoluti
112 mortality over the past 2 decades, but less
progress has been made in reducing neonatal mortality.
113 Significant
progress has been made in understanding neuron-glia sign
114 Recently, considerable
progress has been made in developing new drugs that targ
115 In recent years,
progress has been made in identifying new biomarkers and
116 We found no evidence that
progress has been made in preventing new-onset epilepsy
117 It is unclear whether
progress has been made in preventing new-onset epilepsy.
118 Although significant
progress has been made in understanding NF-kappaB-mediat
119 Although enormous
progress has been made in treating non-Hodgkin's lymphom
120 Over the last 30 years, considerable
progress has been made in understanding normal and patho
121 Although remarkable
progress has been made in developing novel reprogramming
122 Significant
progress has been made in engineering novel aptamer doma
123 Much
progress has been made in understanding of the genetics
124 During the past few years, considerable
progress has been made in tracing olfactory perception f
125 Unfortunately, very little
progress has been made in finding or designing such immu
126 While rapid
progress has been made in characterizing osteoclast diff
127 Substantial
progress has been made in furthering our understanding o
128 Similarly, considerable
progress has been made in improving our understanding of
129 d lethal human cancer, and relatively little
progress has been made in improving outcomes for SCC due
130 Considerable
progress has been made in identifying parasite derived m
131 Although
progress has been made in identifying PD proteins, the r
132 eneral (e.g., cognitive impairment), limited
progress has been made in identifying phenotype-genotype
133 Whereas remarkable
progress has been made in probing phonon-phonon interact
134 In recent years, tremendous
progress has been made in developing photovoltaics that
135 Although
progress has been made in identifying positive regulator
136 While significant
progress has been made in understanding protein prenylat
137 Whereas
progress has been made in designing proteins that mimic
138 us to primitive cell-like structures, little
progress has been made in generating protocell construct
139 Over the last 10 years significant
progress has been made in creating reagents that can mon
140 Progress has been made in understanding redox-dependent
141 ity and related detachments is not complete,
progress has been made in identifying risk factors, scre
142 Major
progress has been made in characterizing RNA-protein int
143 Recently, significant
progress has been made in understanding RNA silencing an
144 Important
progress has been made in improving short-term outcomes
145 Considerable
progress has been made in identifying signaling pathways
146 Rapid
progress has been made in understanding SL biosynthesis,
147 Progress has been made in addressing some of the unique
148 Progress has been made in identifying some genes involve
149 Although significant
progress has been made in identifying some of the genes
150 Progress has been made in understanding some of the esse
151 y predicting advanced fibrosis, insufficient
progress has been made in predicting steatohepatitis.
152 Much
progress has been made in elucidating structure and func
153 Significant
progress has been made in understanding structure and fu
154 Whereas
progress has been made in understanding such generalizat
155 While substantial
progress has been made in developing targeting strategie
156 Recently,
progress has been made in determining that the parasite
157 While significant
progress has been made in establishing that the RNA back
158 In recent years, much
progress has been made in analyzing the molecular origin
159 Tremendous
progress has been made in characterizing the bidirection
160 Although still not well understood,
progress has been made in characterizing the genetic pro
161 In the past few years, considerable
progress has been made in characterizing the mechanisms
162 In recent years, much
progress has been made in characterizing the needs of tr
163 processing object shape and location, steady
progress has been made in characterizing the organizatio
164 Significant
progress has been made in deciphering the basic building
165 Much
progress has been made in deciphering the role of sequen
166 Although tremendous
progress has been made in defining the genetic causes of
167 Tremendous
progress has been made in defining the genomic landscape
168 Although significant
progress has been made in defining the influence of inhi
169 Considerable
progress has been made in defining the mechanisms that r
170 Although considerable
progress has been made in defining the metabolic functio
171 Recent
progress has been made in defining the molecular mechani
172 Significant
progress has been made in defining the relationship betw
173 le manifestation of lineage choice, and much
progress has been made in defining the responsible cis e
174 Although
progress has been made in defining the role of APC in a
175 In recent years, extensive
progress has been made in defining the temporal progress
176 Recently, significant
progress has been made in defining the transcriptional n
177 Progress has been made in delineating the genetic basis
178 Remarkable
progress has been made in delineating the molecular mech
179 In the past decade, however, considerable
progress has been made in delineating the molecular path
180 Over the last 18 months, substantial
progress has been made in demonstrating the clinical eff
181 Recent
progress has been made in describing the genetic program
182 In recent years, significant
progress has been made in determining the catalytic mech
183 Although much
progress has been made in determining the cognitive prof
184 Relatively little
progress has been made in determining the in vivo regula
185 While
progress has been made in determining the molecular basi
186 Progress has been made in determining the relative contr
187 Over the last decade, considerable
progress has been made in determining the roles of the p
188 Recently, substantial
progress has been made in determining the structures of
189 Although significant
progress has been made in dissecting the acquisition of
190 Unfortunately, little
progress has been made in elucidating the adhesion mecha
191 Although significant
progress has been made in elucidating the broad features
192 ng of basic mechanisms in immunology, little
progress has been made in elucidating the etiology and p
193 Progress has been made in elucidating the genetic change
194 Recent
progress has been made in elucidating the location and c
195 Progress has been made in elucidating the mechanism of a
196 Within the past decade, significant
progress has been made in elucidating the mechanisms und
197 usceptibility to type 2 diabetes, but little
progress has been made in elucidating the molecular mech
198 Although
progress has been made in elucidating the neural basis o
199 Enormous
progress has been made in elucidating the structure and
200 Much
progress has been made in elucidating the structure of c
201 pathologic patterns in the kidney and recent
progress has been made in explaining the molecular mecha
202 Although
progress has been made in identifying the capabilities o
203 Although significant
progress has been made in identifying the components req
204 with episodic memory retrieval, but limited
progress has been made in identifying the contributions
205 Major
progress has been made in identifying the drivers of oes
206 Progress has been made in identifying the factors that i
207 Significant
progress has been made in identifying the key components
208 Although much
progress has been made in identifying the mechanisms tha
209 rome (ARDS) was first described, substantial
progress has been made in identifying the risk factors f
210 Although much
progress has been made in identifying the signals regula
211 Much
progress has been made in identifying the various hormon
212 Although
progress has been made in mapping the components and dec
213 Considerable
progress has been made in optimizing the frequency of gr
214 Progress has been made in profiling the type 2 immune re
215 Significant
progress has been made in reducing the incidence of chil
216 Progress has been made in reducing the number of childre
217 Over the last 15 years
progress has been made in refining the approach to treat
218 Although major
progress has been made in uncovering the machinery that
219 Much
progress has been made in uncovering the neural basis of
220 In recent years, considerable
progress has been made in uncovering the photoactivation
221 Great
progress has been made in understanding the atomic struc
222 Considerable
progress has been made in understanding the basic mechan
223 Although much
progress has been made in understanding the basic physic
224 Although much
progress has been made in understanding the behavior of
225 Although
progress has been made in understanding the biochemical
226 Combining data from multiple disciplines,
progress has been made in understanding the biochemistry
227 Considerable
progress has been made in understanding the biology and
228 Significant
progress has been made in understanding the biology of a
229 Progress has been made in understanding the broad spectr
230 In the past 30 years, tremendous
progress has been made in understanding the causes and p
231 Over the past decade, significant
progress has been made in understanding the cellular mec
232 During the past decade, much
progress has been made in understanding the cellular ori
233 RECENT FINDINGS: Significant
progress has been made in understanding the challenges t
234 In the past century, great
progress has been made in understanding the coding of th
235 Much
progress has been made in understanding the effect of pe
236 Although substantial
progress has been made in understanding the effects of s
237 In the past few years, substantial
progress has been made in understanding the evolution an
238 Tremendous
progress has been made in understanding the functions of
239 Although recent
progress has been made in understanding the genetic arch
240 Great
progress has been made in understanding the genetic arch
241 Recently, rapid
progress has been made in understanding the genomic dive
242 Considerable
progress has been made in understanding the immune respo
243 Although significant
progress has been made in understanding the importance o
244 Incremental
progress has been made in understanding the interactions
245 In recent years, an immense
progress has been made in understanding the link between
246 However, in recent years, significant
progress has been made in understanding the mechanism of
247 In the past several years, substantial
progress has been made in understanding the mechanisms b
248 d on both experimental and clinical studies,
progress has been made in understanding the mechanisms r
249 Finally, considerable
progress has been made in understanding the mechanisms r
250 Recent
progress has been made in understanding the mechanisms t
251 Recently, significant
progress has been made in understanding the mechanisms u
252 In the past quarter century, much
progress has been made in understanding the molecular an
253 Remarkable
progress has been made in understanding the molecular ba
254 Progress has been made in understanding the molecular me
255 In recent years, major
progress has been made in understanding the molecular me
256 Recently,
progress has been made in understanding the molecular me
257 In the past few years
progress has been made in understanding the molecular me
258 Although significant
progress has been made in understanding the molecular re
259 In addition, recent
progress has been made in understanding the neural bases
260 Over the past three decades, significant
progress has been made in understanding the neurobiology
261 ury of scientific interrogation, significant
progress has been made in understanding the neuronal reg
262 Although
progress has been made in understanding the normal funct
263 Although significant
progress has been made in understanding the origins of a
264 However, considerable
progress has been made in understanding the problem.
265 omplete genome sequence was determined, much
progress has been made in understanding the process by w
266 Although tremendous
progress has been made in understanding the protein mach
267 In the area of Ca driven exocytosis,
progress has been made in understanding the proteins pre
268 Over the years, substantial
progress has been made in understanding the regulation o
269 Major
progress has been made in understanding the regulatory n
270 Progress has been made in understanding the role of host
271 Recently, significant
progress has been made in understanding the role of key
272 Although significant
progress has been made in understanding the role of leuk
273 In the last decade, considerable
progress has been made in understanding the specific fun
274 In recent years, strong
progress has been made in understanding the structure of
275 Significant
progress has been made in understanding the toxicity of
276 While remarkable
progress has been made in understanding the triggers of
277 Considerable
progress has been made in unraveling the genetic etiolog
278 Substantial
progress has been made in unraveling the sensory transdu
279 ase activity toward histone H3 Lys 79, great
progress has been made in characterizing their enzymatic
280 It is unknown whether
progress has been made in decreasing their mortality rat
281 Rapid
progress has been made in defining their action, intrigu
282 Despite much effort, little
progress has been made in elucidating their structure an
283 Recently considerable
progress has been made in understanding their compositio
284 rome P450 monooxygenases (CYPs/P450s), great
progress has been made in understanding their structure-
285 Although significant
progress has been made in developing therapeutics agains
286 However, less
progress has been made in harnessing these data to revea
287 In the past few years major
progress has been made in identifying these mechanisms.
288 Although significant
progress has been made in understanding these pathways,
289 While great
progress has been made in describing this diversity, it
290 Significant
progress has been made in moving toward this goal.
291 Progress has been made in defining trafficking in plants
292 Recently, substantial
progress has been made in identifying transcription fact
293 Although significant
progress has been made in visualizing tumor cell motilit
294 Significant
progress has been made in understanding ultrasmall gold
295 Progress has been made in reducing US rates of interpers
296 Great
progress has been made in developing vaccines that preve
297 Considerable
progress has been made in understanding variations in ge
298 Little
progress has been made in improving viral suppression ra
299 Progress has been made in aligning with existing organiz
300 In recent years, significant
progress has been made in developing ZIFs into membranes