ライフサイエンスコーパス: milligram

1 ily and converted to prednisone equivalents (milligrams).

2 FCLs are presented as median nanogram per milligram.

3 one and 100 milligrams of proguanil (250/100 milligrams) 1 day prior to infectious mosquito challenge

4 of 5 evaluable volunteers receiving 250/100 milligrams 7 days prior to challenge and 1 of 6 voluntee

5 nge and 1 of 6 volunteers receiving 1000/400 milligrams 7 days prior to challenge were microscopicall

6 onse or toxicity suggests that tailoring the milligram amount of administered antibody to patient tum

7 nuclease has been purified to homogeneity in milligram amounts and has been shown to be fully active

8 y or more steps to synthesize racemically in milligram amounts can now be obtained as single enantiom

9 The availability of milligram amounts of a monomeric porin will be useful bo

10 will be available in 3-4 d, and microgram to milligram amounts of antibodies are produced within 14 d

11 available approach in the field that yields milligram amounts of biofilm matrix.

12 ication scheme that allowed the isolation of milligram amounts of enzyme of higher specific activity

13 terologous expression system able to produce milligram amounts of functional native and engineered GP

14 Separation of milligram amounts of heparin oligosaccharides ranging in

15 gars involved in cell wall biosynthesis from milligram amounts of leaf tissue.

16 refined matrix composition analysis require milligram amounts of material that is separated from the

17 CP from Salmonella which allows isolation of milligram amounts of MCPs in about 4 h.

18 e-scale FASP method (LFASP) for digestion of milligram amounts of protein and evaluated its applicabi

19 on this strategy have consistently digested milligram amounts of protein as starting material using

20 ls allows convenient and rapid production of milligram amounts of recombinant proteins.

21 e, we have developed novel methods to purify milligram amounts of UCP1 from native sources by using c

22 ture infectivity, and the ability to produce milligram amounts of virus allows the application of DNA

23 Oral administration of milligram amounts of YLLIP2 significantly increased CFA

24 which when added to the feed of ruminants in milligram amounts persistently reduces enteric methane e

25 o-creatinine ratio (with albumin measured in milligrams and creatinine measured in grams) of at least

26 e isolated plants that produce more than 120 milligram artemisinic acid per kilogram biomass.

27 We built a 68-milligram at-scale jumping robotic insect and verified t

28 then switched from Neoral on a milligram-for-milligram basis to Gengraf during period II (days 15-28)

29 nd can easily be produced in several hundred milligram batches.

30 ce daily, is not inferior to vancomycin, 125 milligrams by mouth 4 times daily, for treatment of CDI

31 Fidaxomicin, 200 milligrams by mouth twice daily, is not inferior to vanc

32 7-85% yield, on scales up to several hundred milligrams, by condensation of appropriately substituted

33 t fluid content of the loops was calculated (milligrams/centimeters) at 2 hours post-treatment with g

34 e, and functional groups can be sensitively (milligram concentration) and accurately (enantiomeric ex

35 Nine milligrams daily was considered as the initial RP2D; how

36 Fifteen-milligram devices were also implanted into the vitreous

37 as effective in killing muscles as the same milligram dose of free doxorubicin.

38 At equivalent milligram doses of free doxorubicin, Doxil spared the sk

39 cholesterol absorption which is effective in milligram doses, lowers plasma plant sterol concentratio

40 owed by conversion to the same milligram-for-milligram dosing regimen of Neoral during period III (da

41 ontained approximately 2 microg ECA(CYC) per milligram (dry weight), and cell fractionation studies r

42 considering increasing dosage to 50 morphine milligram equivalents or more per day, and avoid concurr

43 Milligram-exposed females had improved glucose, insulin,

44 Subjects then switched from Neoral on a milligram-for-milligram basis to Gengraf during period I

45 s 15-28), followed by conversion to the same milligram-for-milligram dosing regimen of Neoral during

46 ate quantities of glycosaminoglycans up to a milligram in a 6-mm diameter gel.

47 ng multifunctional nanomaterials in grams or milligrams in the laboratory, there is hardly any resear

48 We built an 80-milligram, insect-scale, flapping-wing robot modeled loo

49 complete causal prophylactic protection (15 milligrams/kilogram) in rodent models of malaria and sho

50 Furthermore, the separated NA species on the milligram level could be widely used as the standard mat

51 on of "acceptable" analyte quantities (e.g., milligram level for NMR characterization), are related t

52 the dispersion of the sorbent at a very low milligram level was achieved by injecting a mixture solu

53 ectively, were successfully collected at the milligram level, in a one-day work period, with a purity

54 ical applications require supraphysiological milligram-level doses that increase postoperative inflam

55 of eukaryotic Ci-VSD in Escherichia coli at milligram levels.

56 uene, ethylbenzene, and xylenes), in the low milligrams/liters to high micrograms/liters concentratio

57 pproximately 75 pmoles protein-bound MAA per milligram liver cytosol proteins of the ethanol-fed anim

58 minute (CPM) per milligram retina to CPM per milligram lung (retina-to-lung leakage ratio, RLLR) or k

59 ntly, the oxidation state of vanadium in sub-milligram masses of environmental aerosols and solids.

60 uptake of meal fatty acid into femoral fat (milligrams meal fat per gram lipid) increased as a funct

61 entration of 44 pmol functional receptor per milligram membrane protein and purified using over 50 di

62 ncreas perfusion despite insulin content per milligram of beta-cells being only one-third that of ZL

63 ely 65% of radiolabeled leptin was bound per milligram of capillary protein.

64 SOM extract transferred fewer electrons per milligram of carbon and electron transfer was observed o

65 specific TSST-1 (expressed as micrograms per milligram of cell dry weight) was 5.9-fold greater at an

66 minations; uptake values were normalized per milligram of cell protein.

67 ol 18O incorporated into P(i) per second per milligram of cell protein.

68 s to thousands of nanograms of toxicants per milligram of e-liquid vaporized, and they were significa

69 ific activity (micromoles of Pi per hour per milligram of expressed H+,K+-ATPase protein), apparent K

70 r amounts of phosphate residues in polyP per milligram of extracted protein.

71 the number of binding sites (receptors) per milligram of fibrin.

72 ) mol/L and there were >10(15) receptors per milligram of fibrin.

73 rtant covariates, each additional cumulative milligram of haloperidol was associated with 5% higher o

74 t)-binding nAChR ( approximately 10 pmol per milligram of membrane protein) at levels sensitive to th

75 ntain six to seven times more mitoK(ATP) per milligram of mitochondrial protein than liver or heart.

76 ; n = 6) decrease in the amount of mtDNA per milligram of mitochondrial protein.

77 s showed approximately 60 microg of AQP4 per milligram of plasma membrane protein (approximately 2 mg

78 A) per centimeter squared and 4.3 ampere per milligram of platinum at 0.9 volts versus the reversible

79 y, a decrease of 39 nmol of phospholipid per milligram of protein at 12 h representing approximately

80 rachidonic acid release (counts released per milligram of protein at 20 min: full-length, 18,762 +/-

81 itrosoalbumin was greatly increased on a per milligram of protein basis (271% and 186% compared with

82 th detection limits in the low femtomole per milligram of protein level, making this workflow an extr

83 ciency have resulted in yields that exceed a milligram of protein per milliliter of reaction mix.

84 mol phosphatidylserine (PS) translocated per milligram of protein per minute and a K(m) (ATP) = 1.2 m

85 ween 48% and 113% of added radioactivity per milligram of protein within 60 min at 37 degrees C and w

86 tes (approximately 3 microg of receptor) per milligram of protein) and displayed the same functional

87 munoreactive SF content (nanograms of SF per milligram of protein) in tissue extracts from 166 breast

88 than in astrocytes (5.0 and 2.9 nmol/min per milligram of protein), indicating that slower metabolism

89 lated with a high specific CDA (CDA unit per milligram of protein).

90 [14C]acetate at a rate of 0.43 nmol/min per milligram of protein, 18 times faster than cortical syna

91 gy cost of protein turnover, 0.45 joules per milligram of protein, is 1/25th the values reported for

92 ation of the protein and varied about 4% per milligram of protein.

93 saturation kinetics (Vmax, 498 nmol/min per milligram of protein; Km, 9.3 mM).

94 tained with a Pt cathode at a loading of 0.1 milligram of Pt per centimeter squared.

95 yielding a mass activity of 13.6 amperes per milligram of Pt, nearly double previously reported best

96 +/- 10 mug daunorubicin was loaded into each milligram of the particles while 27 +/- 10 mug/mg partic

97 4 +/- 141.6; saline 86.3 +/- 34.3 nmol/L per milligram of tissue per hour; P < .01) and reduced intim

98 nine 152 +/- 28; saline 78 +/- 12 nmol/L per milligram of tissue per hour; P < .04).

99 his work ranged from 110 pmol to 10 fmol per milligram of tissue protein.

100 ed and control aneurysms (20.3 ng of MPO per milligram of tissue vs 0.12 ng of MPO per milligram of t

101 e burden of organisms (150,000 organisms per milligram of tissue), as well as histopathological chang

102 er milligram of tissue vs 0.12 ng of MPO per milligram of tissue, respectively; P < .002).

103 ut change in maltase or SGLT1 activities per milligram of tissue.

104 ns had several nanograms of PAP1 or PAP2 per milligram of total protein, the highest amounts being in

105 expressed at a level of 0.6 to 1.6 microgram/milligram of total soluble protein in all rat tissues ex

106 nanemic persons, urinary hepcidin (nanograms/milligram of urinary creatinine) was significantly lower

107 ovides access to grams of tNMPs, hundreds of milligrams of 2-MeImptNs, and tens of milligrams of tNTP

108 Ten milligrams of 300 to 500 microns ganciclovir-loaded poly

109 esulted in efficient access to more than 500 milligrams of a key precursor toward ouabagenin-and ulti

110 Twenty-five milligrams of acitretin was administered daily during th

111 readily allows for the isolation of tens of milligrams of activated Stat protein.

112 ed 1 of the following dose regimens: (1) 250 milligrams of atovaquone and 100 milligrams of proguanil

113 e, (3) 250/100 milligrams on day -7, (4) 500 milligrams of atovaquone and 200 milligrams of proguanil

114 (500/200 milligrams) on day -7 or, (5) 1000 milligrams of atovaquone and 400 milligrams of proguanil

115 Two hundred milligrams of BI 671800 twice daily demonstrated efficac

116 riments, production of biomass (expressed as milligrams of cell dry weight per milliliter) increased,

117 Multi-milligrams of chimeric RNAs (e.g. OnRS/miR-124, OnRS/GFP

118 he area under the curve scales linearly with milligrams of CPT per square meter for all species.

119 Main study outcomes included milligrams of dietary and supplemental calcium intake, l

120 relationships (SAR) and to procure the first milligrams of diverse target molecules for in vitro eval

121 Two milligrams of F16SIP, labeled with 74 MBq of (124)I, wer

122 Forty milligrams of furosemide were administered to adults, wh

123 ith BMI and insulin sensitivity (measured as milligrams of glucose uptake per kilogram of lean body m

124 The iron level was measured (in milligrams of iron per gram of wet tissue) with chemical

125 in less than a day, using as little as 0.02 milligrams of material per reaction.

126 atural-abundance 13C NMR experiments require milligrams of material.

127 r, (5) 1000 milligrams of atovaquone and 400 milligrams of proguanil (1000/400 milligrams) on day -7.

128 ns: (1) 250 milligrams of atovaquone and 100 milligrams of proguanil (250/100 milligrams) 1 day prior

129 -7, (4) 500 milligrams of atovaquone and 200 milligrams of proguanil (500/200 milligrams) on day -7 o

130 reported in literature but using only a few milligrams of protein.

131 SVR: patients who received <50% of the total milligrams of ribavirin assigned by the protocol had a s

132 However, the synthesis of tens of milligrams of such RNAs using existing methods has been

133 eds of milligrams of 2-MeImptNs, and tens of milligrams of tNTPs, will help advance the use of TNA mo

134 Average milligrams of total caffeine/coffee CC per day in contro

135 CH(4))] in a scaled-up reaction featuring 20 milligrams of vanadium-iron protein, the catalytic compo

136 For example, each 10 additional milligrams of vitamin B-6 and 10 additional micrograms o

137 ination of adequate mixing of small amounts (milligrams) of bacterial lipase and high-fat meals aboli

138 the derivatized peptides from large amounts (milligrams) of nonderivatized peptides and to enrich the

139 t receives at least 50% of the total amount (milligrams) of ribavirin assigned by response-guided the

140 igrams on day 4 after challenge, (3) 250/100 milligrams on day -7, (4) 500 milligrams of atovaquone a

141 ous mosquito challenge (day -1), (2) 250/100 milligrams on day 4 after challenge, (3) 250/100 milligr

142 one and 200 milligrams of proguanil (500/200 milligrams) on day -7 or, (5) 1000 milligrams of atovaqu

143 ne and 400 milligrams of proguanil (1000/400 milligrams) on day -7.

144 .89+/-5.38; NF RV 40.49+/-10.66 fmol/min per milligram (P<0.05 PPH RV versus PPH LV; P<0.05 PPH RV ve

145 microlattices exhibit densities rho >/= 0.9 milligram per cubic centimeter, complete recovery after

146 samples at levels from microgram per gram to milligram per gram levels.

147 ages of medications used were tabulated, and milligram per kilogram dosages were calculated.

148 d a proposed cancer slope factor of 25.7 per milligram per kilogram of body weight per day, this incr

149 After overnight fasting, GP (fluxes in milligram per kilogram per minute) was 2.19+/-0.09, of w

150 a 6% or 35% increased risk of death for each milligram per liter or quartile increase, respectively,

151 e can be ramped up stepwise from less than a milligram per milliliter to tens of milligrams per milli

152 electrodes with rather low mass loading ( 1 milligram per square centimeter) because of the increasi

153 iate regression models, dietary cholesterol (milligrams per 1000 kilocalories), saturated fatty acids

154 Ultralight (<10 milligrams per cubic centimeter) cellular materials are

155 nificantly different mean density values (in milligrams per cubic centimeter) than those of nonadenom

156 Quantitative CT measurements of TBD (in milligrams per cubic centimeter) were obtained at the fi

157 terial (12.3 megapascals at a density of 7.2 milligrams per cubic centimeter).

158 cording to the cumulative metformin dose (in milligrams per day times the number of days of treatment

159 iliters, and Cr is serum creatinine value in milligrams per deciliter (micromoles per liter).

160 2% of NOD mice of established diabetes (>340 milligrams per deciliter blood glucose), although beta c

161 e clinical calibration equation with [Fe] in milligrams per gram dry weight and T2* in milliseconds.

162 chemical determination of tissue TG content (milligrams per gram wet weight) in the control, at-risk,

163 lbumin-to-creatinine ratio was calculated in milligrams per gram with a cutoff point of 30 mg/g.

164 tinine ratio (albuminuria) was calculated in milligrams per gram with a cutoff point of 30 mg/g.

165 otal carbon dioxide storage capacity of 2870 milligrams per gram.

166 -0.029, -0.016) per 1-unit increase in dose (milligrams per kilogram body weight per day).

167 II women received 38% and 45% lower doses in milligrams per kilogram of body weight of paclitaxel and

168 e cadmium levels (0 [control] and 0.25 and 1 milligrams per kilogram of dry soil) and two CeO2 NPs co

169 CeO2 NPs concentrations (0 [control] and 500 milligrams per kilogram of dry soil) were investigated.

170 % CI, -5.90 to -1.10 morphine equivalents in milligrams per kilogram per 48 hours; P = .004; I2 = 17%

171 % CI, -0.26 to -0.01 morphine equivalents in milligrams per kilogram per 48 hours; P = .03; I2 = 86%)

172 Thirty milligrams per kilogram was the minimum effective dose;

173 as often been initiated at standard doses of milligrams per kilogram, and susceptibility to drug was

174 ses with aqueous film-forming foams (AFFFs), milligrams per liter concentrations of anionic, zwitteri

175 proteins from tens of micrograms to tens of milligrams per liter in yeast.

176 cin have been prepared in amounts of several milligrams per liter of culture medium.

177 CRP (about 3-fold higher CRP on the original milligrams per liter scale) was associated with a -86.3

178 nd gathered data on domestic water CaCO3 (in milligrams per liter) and chlorine (Cl2; in milligrams p

179 milligrams per liter) and chlorine (Cl2; in milligrams per liter) concentrations from local water su

180 of which are typically low and rarely exceed milligrams per liter.

181 each fragment at purified yields of several milligrams per liter.

182 ibition was also related to both the dose in milligrams per meter squared, and the absolute dose of P

183 , with 24-hour protein-to-creatinine ratios (milligrams per milligram) ranging from 0.2 to 1.0, from

184 s than a milligram per milliliter to tens of milligrams per milliliter for crystallogenesis.

185 ted by target area under the curve (AUC; in [milligrams per milliliter] x minutes) among patient coho

186 age at practical levels of mass loading (>10 milligrams per square centimeter).

187 The new enzymes can be used to produce milligram-per-liter quantities of unnatural amino acid-c

188 , acidified (0.1 microL of 0.5 mol/L HCl per milligram plaque), and then re-centrifuged before a seco

189 2:6OOH induced 74.7 nanomoles superoxide per milligram plasma membrane proteins per 5 minutes, and RP

190 ed from 15.1% +/- 0.3% to 12.7% +/- 0.4% per milligram protein (P < 0.001) after exposure to 1% oxyge

191 ng from 13.5% +/- 1.1% to 18.3% +/- 0.8% per milligram protein (P < 0.001).

192 y was approximately 600 to 700 nanomoles per milligram protein per minute, and the latency, Km, and s

193 ke rate (Vmax) of 22.0 +/- 1.0 picomoles per milligram protein per minute.

194 Caspase 3 and caspase 8 activities per milligram protein were not significantly different from

195 2 months of diabetes, RKBP levels (nanogram/milligram protein) were decreased significantly to 6.9 +

196 roM, V(max) of 2.0 +/- 0.1 nanomoles/min per milligram protein, and K(d) of 0.44 +/- 0.6 microL/min p

197 41+/-0.08 versus 0.18+/-0.03 DeltaOD/min per milligram protein, respectively; P<0.001).

198 ein, and K(d) of 0.44 +/- 0.6 microL/min per milligram protein.

199 activities of 1 to 10 picomoles per hour per milligram protein.

200 hen S-nitrosothiol content was expressed per milligram protein.

201 d affinity column from detergent extracts in milligram quantities and at approximately 25% purity.

202 iral Gag protein has been highly purified in milligram quantities and in a biologically relevant and

203 t enzyme was purified from culture medium in milligram quantities and shown to have a molecular weigh

204 These precursors were prepared in milligram quantities by salt elution from the surface of

205 use muscle enzyme purified to homogeneity in milligram quantities exhibits a specific activity compar

206 the nAChR, we have expressed the protein in milligram quantities from a synthetic cDNA transfected i

207 Expression of native and modified AqpZ in milligram quantities has permitted biophysical character

208 This compound was prepared in tens of milligram quantities in a four-step synthesis.

209 e, and gel permeation chromatography yielded milligram quantities of >95% pure protein from 15 liters

210 The ability to express milligram quantities of a class XIV myosin in a heterolo

211 s acting in parallel; this process generates milligram quantities of a peptide with a single sequence

212 e we present a method for the preparation of milligram quantities of activated p38 MAPKalpha, specifi

213 induction of remyelination in vivo requires milligram quantities of antibody.

214 Milligram quantities of bOBP were purified from peripher

215 ication and liposome-reconstitution of multi-milligram quantities of CB(2), here we report an efficie

216 gel electrophoresis for chiral separation of milligram quantities of chiral material is examined.

217 ternative than viruses for gene therapy, but milligram quantities of DNA are required per dose.

218 Milligram quantities of DNA have been isolated from each

219 bleomycin library provided near-milligram to milligram quantities of each deglycobleomycin, thereby p

220 properties afforded a rapid purification of milligram quantities of expressed protein.

221 oped a synthesis and purification to produce milligram quantities of fluorescein-labeled glutathione.

222 Here, we expressed milligram quantities of functional full-length PfMyoA wi

223 tential of this C. elegans system to produce milligram quantities of high-quality GPCRs and possibly

224 Using this method milligram quantities of highly purified Epo (R103A) are

225 eation of new RNA-coding plasmids to produce milligram quantities of homogeneous in vitro transcripts

226 his system to the robust production of up to milligram quantities of human MEK1 kinase.

227 ilizing solubilized H. influenzae membranes, milligram quantities of Kdo-lipid IVA were prepared for

228 proteins and 206 kinases with the use of low milligram quantities of lysate of HL-60 cells.

229 hotoaffinity ligands to be crossed-linked to milligram quantities of membrane proteins with maximum a

230 nd purification scheme that together provide milligram quantities of nearly homogeneous Rdh54.

231 t droplets as reaction vessels to synthesize milligram quantities of product is also demonstrated.

232 up to 50 kilodaltons (kDa) in size, although milligram quantities of protein and isotopic labelling a

233 expression and purification schemes generate milligram quantities of pure and active Ste14p, which is

234 Here, we generate milligram quantities of pure human Dvl2 DIX domain mono-

235 The successful reconstitution of milligram quantities of pure, functional CB(2) receptor

236 a set of filtered microplates, requires sub-milligram quantities of purified protein and small quant

237 scherichia coli and folded in vitro to yield milligram quantities of purified protein; evidence of si

238 baculovirus expression system that provides milligram quantities of purified torsin proteins.

239 hage T7 RNA polymerase allows preparation of milligram quantities of RNA for biochemical, biophysical

240 elix 69 RNA demonstrates the ability to make milligram quantities of RNA that can be used for further

241 1-methylethyl)amino]ethyl] O-ethyl ester) on milligram quantities of soil particles has been achieved

242 ia coli cell-free systems to rapidly produce milligram quantities of soluble G protein-coupled recept

243 been hindered by difficulties in expressing milligram quantities of stable, homogeneous protein and

244 bon allowed the enrichment and separation of milligram quantities of structurally heterogeneous mixtu

245 A protocol for the chiral separation of milligram quantities of terbutaline using sulfated cyclo

246 dosage form to provide sustained delivery of milligram quantities of TFV for 90 days.

247 o assign the optical rotation and to prepare milligram quantities of the pure enantiomers for further

248 a bacterial co-expression system that yields milligram quantities of the S-terminase:L-terminase comp

249 We determined conditions to produce milligram quantities of the soluble Rous sarcoma virus (

250 possible to obtain highly purified microgram-milligram quantities of the TpsA protein of interest wit

251 approach, we have successfully produced high-milligram quantities of two different Saccharomyces cere

252 , we established a simple protocol to purify milligram quantities of ubH2A from mammalian cells, whic

253 Here we present methods for generating milligram quantities of unusual odd- and even-numbered o

254 in part because of difficulties in obtaining milligram quantities of wild type and disease-linked mut

255 Milligram quantities of Zaire ebolavirus nonstructural,

256 The availability of this fusion protein in milligram quantities offers the possibility to use the i

257 e synthesized and isolated in high purity in milligram quantities using size exclusion chromatography

258 e up for preparation of larger amounts (e.g. milligram quantities) of DNA nanostructures.

259 mounts of sample are available (microgram to milligram quantities).

260 While VCD, requiring milligram quantities, allowed the determination of the c

261 xpressed in Escherichia coli and purified in milligram quantities, resulting in high levels of ACC ox

262 ly C-terminal modified forms of alpha-syn in milligram quantities.

263 d purification of a functional OR protein in milligram quantities.

264 eviously yielded aquaporins in the necessary milligram quantities.

265 E. coli and purified to near homogeneity in milligram quantities.

266 These IA molecules have been expressed in milligram quantity for crystallization as well as for ac

267 However, a high-yield purification (milligram quantity) of the TP protein, from a modulate s

268 hniques and require starting material in the milligram range, as a consequence of their insufficient

269 protein-to-creatinine ratios (milligrams per milligram) ranging from 0.2 to 1.0, from the National In

270 RNA concentration, so that the milligram to milligram ratio of RNA to DNA increased.

271 and the ratio of counts per minute (CPM) per milligram retina to CPM per milligram lung (retina-to-lu

272 udy was to obtain microscopically separated, milligram samples of the very thin synovium from eight r

273 concentrations can be accurately measured in milligram samples of tissue after administration of [3H]

274 In addition, milligram scale biosynthesis of the H-type 3 blood group

275 The macrocycle prepared on a several hundred milligram scale by solution chemistry was characterized

276 Methodology is presented for monitoring the milligram scale process quantitatively by UV spectroscop

277 Enzymatic synthesis of fucosylated sugars in milligram scale was successfully performed using Galbeta

278 ere rationally designed and synthesized on a milligram scale.

279 al different collection vials on the tens of milligrams scale.

280 are indeed high-energy-density materials, by milligram-scale high-pressure synthesis, recovery and ch

281 flow, high throughput affinity-separation of milligram-scale protein samples or millions of cells in

282 ich attomole levels of 3H can be measured in milligram-sized samples.

283 time points, the amount of radioactivity per milligram tissue was compared in retina, lung, and kidne

284 from any two existing antibodies and yields milligram to gram quantities of bispecific antibodies su

285 reaction a useful tool for the synthesis of milligram to gram quantities of functionalized aryl fluo

286 thodology can be applied to the synthesis of milligram to hundred gram quantities of pyridopyrazine-1

287 K-7246 (1), streamlining the transition from milligram to kilogram-scale production needed to support

288 atural and synthetic estrogen dosages in the milligram to microgram range.

289 f the deglycobleomycin library provided near-milligram to milligram quantities of each deglycobleomyc

290 rapidly than RNA concentration, so that the milligram to milligram ratio of RNA to DNA increased.

291 d controlled motion shown for objects in the milligram to tens of grams range.

292 etter yields than previous protocols; small (milligrams)- to large (20 g)-scale SDX preparations can

293 The reaction is suitable for milligram- to gram-scale oxidations.

294 Overall, midazolam utilization (in milligrams) was reduced by 46.7+/-27.6% (median 52).

295 randomly directed in insects larger than 10 milligrams, which exploit seasonally beneficial tailwind

296 ot extracts without a significant penalty in milligram yield when compared to control soot extracts (

297 Milligram yields of soluble, unphosphorylated Myo2 were