Related by context. All words. (Click for frequent words.) 75 psig 74 psia 74 PSIG 73 mbar 70 ml min 69 MPa 69 #bar [001] 68 torr 67 m³ h 67 megapascals 67 #psi [003] 67 kilopascals 66 psi flowing 64 pulmonary arterial 64 psi 63 #psi [001] 63 inspiratory 63 scfm 63 #bar [002] 62 #MPa 62 μl 62 m3 h 62 μS cm 61 gigapascals 61 Vrms 61 microvolts 61 cm3 61 SCFM 60 mL kg 60 -# ° [002] 60 lbf 60 #.# mb 60 kg hr 60 cm ² 60 #ohm [002] 60 cm H2O 59 mV g 59 mV V 59 mm Hg systolic 59 χ 59 kΩ 59 mm Hg diastolic 59 mK 59 g cm 59 ° sec 59 arteriolar 59 hPa 59 expiratory 59 Â ± 58 dB insertion loss 58 microampere 58 AST# 58 lpm 58 PaO 2 58 ^ sup -1 58 pmol L 58 Tensile strength 58 μV 58 milliohm 58 Deg C 58 -3 dB 58 #kN [002] 58 m3/hr 58 #mmHg [001] 58 #degreesC 58 overpressure 58 SpO 2 58 #degC [002] 58 flowrate 58 hemoglobin Hb 58 mL min 58 1ppm 58 Diastolic 58 GPa 58 #oC [001] 58 expiratory flow 58 P0 58 Ncm 57 mm ² 57 #psi [002] 57 millidarcies 57 #m# h 57 Pulmonary artery 57 microlitres 57 gpm 57 Fig. 3b 57 ± #.#dB 57 μW 57 +# oC 57 #mm Hg 57 femtogram 57 pg mL 57 inch psi 57 MΩ 57 Mpa 57 thoracoabdominal 57 mA output 57 nL 57 isotherm 57 ppO2 57 8kV 57 2kV 57 dB SPL 56 +# degC [001] 56 +# º C [002] 56 cm -2 56 angular displacement 56 mΩ 56 elastic modulus 56 #.#nm [002] 56 kinematic viscosity 56 dBFS 56 MBq 56 cm ^ sup 56 transducer 56 #Ω [002] 56 microliters 56 cm ³ 56 creatine kinase MB 56 desorption 56 flowrates 56 1kV 56 MCFPD 56 cm2 56 σ 56 fA 56 W/cm2 56 cfm 56 hectopascals 56 piston pumps 56 ohm cm 56 μL 56 nmol 56 √ Hz 56 min -1 56 degC 56 mmol 56 nanoliter 56 2dB 56 μg mL 56 mitral annular 56 centistokes 56 V dc 56 ° C ambient temperature 56 cm sec 55 manometer 55 ± #.#mm [001] 55 mu m 55 Young modulus 55 hydrostatic pressure 55 #.#Hz 55 mH 55 ° C ambient 55 μg ml 55 lb hr 55 leukocyte count 55 Flowmeter 55 output capacitance 55 mmHg systolic 55 megohms 55 equilibration 55 kg/m3 55 oC 55 temperature coefficients 55 mT 55 +# ° F. 55 #L/min 55 rheometer 55 enthalpy 55 mOhm 55 μm 55 kg -1 55 input impedance 55 mmHg 55 thermal EMF 55 m/s2 55 #mV V 55 hydrostatically 55 #-# mA 55 +# deg [002] 55 MMscfd 55 μmol L 55 absorption coefficient 55 1kHz 55 compressive stress 55 blood oxygen saturation 55 m z 55 μF 55 #kN [001] 55 +# degreesC 55 ft sec 54 osmolality 54 #Vrms 54 μH 54 acidity pH 54 V ac 54 flowing tubing 54 #.#-#.# [011] 54 mol L 54 cuvettes 54 pulmonary capillary wedge 54 +# ° C [002] 54 dBc 54 wetted parts 54 mN 54 hydrostatic 54 detrusor 54 stenotic 54 input capacitance 54 selectivities 54 confidence intervals CIs 54 hyperoxia 54 keV 54 pneumatic actuators 54 ug mL 54 eluent 54 oxyhemoglobin 54 hemodynamics 54 systolic diastolic blood 54 chromatographic separations 54 #.#in [004] 54 μg L 54 μmol 54 decibels dB 54 kN 54 Î ¼ 54 nanoliters 54 mV 54 +# deg C [001] 54 Amperes 54 mW/cm2 54 Vdc 54 ± 54 r2 = 54 Fig. 2b 54 interfacial tension 54 compressibility 54 SpO2 54 manometry 54 κ 54 mCi 54 arterial oxygen saturation 54 cam lobe 54 picogram 54 airflows 54 ℃ 54 resonance frequency 54 PSA nadir 54 LV ejection fraction 54 x 4mm 54 cTnT 54 cm proximal 54 dielectric strength 54 -# degreesC 54 millivolts 54 sq cm 54 IU ml 54 millibar 54 #.#kV [001] 54 AST ALT 54 cm -3 54 Coriolis meters 53 micromolar 53 per deciliter mg 53 magnetic stirrer 53 flowmeter 53 +# dBm output 53 MeV 53 +# degC [002] 53 revs min 53 +# deg C [002] 53 diastolic velocity 53 kDa 53 aspartate aminotransferase AST 53 inductive sensor 53 mmHg diastolic 53 t/m3 53 pipe diameters 53 Input voltage 53 intraventricular 53 m ^ sup 53 mcg mL 53 solenoid valve 53 #.#dB [003] 53 systolic diastolic 53 crossclamp 53 cP 53 serum potassium 53 tissue oxygenation 53 typ. 53 Vdc input 53 pN 53 mAh g 53 serum magnesium 53 Pressure Transducer 53 ejection fractions 53 #mΩ [001] 53 #dBc 53 ohmic 53 mU liter 53 mm diameter 53 pleural fluid 53 ± #V [001] 53 kilovolts kV 53 microlitre 53 ε 53 glomerular filtration rate 53 forced expiratory 53 m 53 μg liter 53 #mmHg [002] 53 centrifugal pump 53 +# VDC 53 #Vdc [003] 53 intensifier pumps 53 fig. S3 53 0 dBm 53 Nm3 h 53 torque transducer 53 synchronous buck converter 53 kcal mol 53 MIL HDBK #F 53 ± #.#mm [002] 53 Quiescent current 53 peritumoral 53 #OHD 53 rotational torque 53 nmol l 53 mm3 53 passband 53 LVDTs 53 stoichiometry 53 ppm deg 53 #.#m# [001] 53 picometers 53 #/#-in [002] 53 #.#kW [002] 53 feedwater 53 compressive load 53 +# º C [001] 53 l h 53 #V ac 53 voltage divider 53 W mK 53 ml kg 53 mL sec 53 ω 53 flexural 53 decibel dB 53 -# mV [002] 53 barg 53 mcL 53 chipscale 53 shear modulus 53 #.#Ω 53 μm diameter 53 #mm x #.#mm [001] 53 aspartate aminotransferase 53 microvolt 53 Â ° C. 53 D2PAK 53 μsec 52 fpm 52 MMscf d 52 intraclass correlation coefficient 52 laminar flow 52 newtons 52 Supplementary Table 52 4mA 52 in. dia 52 5μm 52 Visual Analogue Scale VAS 52 pneumatically operated 52 x 2mm 52 Halifax Weather Overcast 52 kBq 52 hours postdose 52 V0 52 Bq l 52 left ventricular LV 52 reactive hyperemia 52 autoregulation 52 1μm 52 ⁰ C 52 τ 52 Left ventricular 52 Thermal conductivity 52 VSWR 52 annealing temperature 52 cm -1 52 mitral annulus 52 fluorescence intensity 52 splanchnic 52 pH 52 fig. S1 52 #μF [002] 52 diameters 52 coil voltages 52 arcmin 52 ALT elevation 52 hemodynamically 52 output voltages ranging 52 +# ° C. [001] 52 selective cerebral perfusion 52 intraabdominal 52 tensile stress 52 venturi 52 LVDT 52 peak VO2 52 Eq. 52 -# deg C 52 regurgitant 52 pulsed Doppler 52 Hz 52 5kV 52 #um [002] 52 DLCO 52 upflow 52 uniaxial 52 piezo actuator 52 kGy 52 serum HBV DNA 52 urine albumin 52 molar ratio 52 transthoracic 52 #.#mm x [003] 52 distal anastomosis 52 microplates 52 ˚ C. 52 bottomhole pressure 52 mediated dilation 52 #pF [001] 52 IEC #-#-# [002] 52 brachial blood 52 EtCO2 52 tensile strengths 52 ng dL 52 ohms 52 kgf 52 oxygen saturation SpO2 52 deg 52 electro pneumatic 52 Intraocular pressure 52 dielectric withstanding voltage 52 hemodynamic parameters 52 pulse widths 52 diffusivity 52 Kruskal Wallis test 52 serum IgG 52 vibrationally excited 52 #AX# 52 3mm x 52 reintubation 52 isotonic saline 52 ventricular myocardium 52 normoxic 52 creatine phosphokinase 52 myocardial perfusion 52 mL/min/#.# m2 52 feedthrough 52 amperometric 52 mL 52 vortex flowmeters 52 rev min 52 mm dia 52 piezo actuators 52 yr -1 52 ° API 52 pF 52 mL/min/#.# m 2 52 uL 52 pmol 52 fig. S6 52 ug ml 52 permeabilities 52 degreesF 52 cuvette 52 gph 52 msec 52 Vdd 52 ventricular ejection fraction 52 nT 51 #.#V #.#V [001] 51 axial loading 51 #ml [003] 51 deg F 51 varus valgus 51 mmscf d 51 #VDC [002] 51 COHb 51 indenter 51 +# degrees Celsius [001] 51 afterload 51 foveal thickness 51 volumetric efficiency 51 Å -1 51 bandpass 51 serum cortisol 51 rotor stator 51 mmol l 51 microfarads 51 oscillator frequency 51 #.#μm [001] 51 #μs [002] 51 nM 51 kHz frequency 51 ft. lbs 51 % CI #.#-#.# [004] 51 BWPD 51 pCi l 51 nm wavelengths 51 HT 1A 51 Hg 51 lavage 51 ppm CO2 51 viscosity liquids 51 ± #ppm [001] 51 milliampere 51 Systolic 51 ° C 51 mEq 51 fluid viscosity 51 capacitances 51 inductance values 51 C 51 μg g 51 expiratory pressure 51 hetastarch 51 #/#th choke 51 VSDs 51 Wilcoxon rank sum 51 shaft diameters 51 Valsalva 51 0dBm 51 ultrahigh purity 51 bronchoalveolar lavage 51 Vpp 51 semiquantitative 51 bending stiffness 51 -1 ^ 51 #mA [003] 51 RVOT 51 kg payload 51 oscillation frequency 51 output impedance 51 volts mil 51 #.#mm diameter [002] 51 dB 51 cantilever deflection 51 nH 51 Sitrans 51 IP#K 51 mandrel bent 51 stent stenosis 51 testo 51 pulsatility index 51 martensitic 51 intrathoracic pressure 51 dBm output 51 kT 51 arterial elasticity 51 nitrogen monoxide 51 pin LQFP package 51 Fig. 1b 51 alveolar 51 ° C. 51 failure MTTF 51 piezoresistive 51 mm DFN package 51 viscosities 51 plasma renin 51 ms -1 51 #.#pF 51 serum aminotransferase levels 51 W/m2 51 -# dB [001] 51 triaxial 51 3 mm DFN 51 diastolic pressures 51 θ 51 autosampler 51 #mA output [002] 51 -#.# ± [001] 51 1ml 51 serum ALT 51 exhaust camshaft 51 lumbosacral spine 51 serum TSH 51 #cm [001] 51 #Hz #kHz 51 poly L lysine 51 -# dBm [001] 51 mscf d 51 interquartile range 51 Fig. 2A 51 Ca2 + 51 ± 3dB 51 Bulk density 51 PID controller 51 #.#-#.# [005] 51 resistor programmable 51 outflow tract 51 intravascular volume 51 ppm boron 51 serum bilirubin 51 nmol liter 51 systole 51 #V AC input 51 g ml 51 degF 51 aneurysm sac 51 5ppm 51 Strain Gauge 51 fig. S2 51 postoperative hemorrhage 51 mosfet 51 swing adsorption PSA 51 jugular venous 51 #.#mL 51 cph 51 rotary valve 51 lactate dehydrogenase 51 plethysmography 51 Figs. 51 diameter rotors 51 ° C/# ° F [001] 51 mm diameters 51 Glomerular filtration rate 51 protonated 51 sinus tachycardia 51 lbf thrust 51 microg 51 #/#ths choke 51 FWHM 51 #m/min [001] 51 creatinine clearance 51 z = 51 millimoles 51 ADA# 51 thrombus formation 51 ft3 51 nm excitation 51 dc voltage 51 #/#mmHg 51 ml 51 rpm spindle 51 microliter 50 tonometry 50 #.#uF 50 uM 50 swing adsorption 50 pmol liter 50 #.#mm diameter [001] 50 physiological pH 50 mEq L 50 liquid chromatography HPLC 50 pulmonary artery pressures 50 THD + N 50 Figure 1A 50 hemodynamic 50 degreesC 50 pneumatically driven 50 Hydrostatic 50 TappingMode 50 ^ sup 50 8mm diameter 50 #ppm Cu 50 normothermic 50 transconductance 50 antral 50 viscosity fluids 50 serum calcium 50 Fig. 4B 50 g cc 50 ureteral 50 dyssynchrony 50 cardioplegic arrest 50 axially 50 Fig. 4c 50 -# º C [002] 50 pulmonary vascular 50 urethral catheter 50 hypovolemic 50 1dB 50 adsorption isotherms 50 dielectric permittivity 50 2mm x 50 rms jitter 50 cryogenic temperatures 50 thermally induced 50 deoxygenated hemoglobin 50 #.#VDC 50 coronary perfusion 50 #,#-#,# ft. Loc 50 +# ° F 50 piezo resistive 50 Ejection Fraction 50 reaction kinetics 50 + #kV 50 gDNA 50 μS 50 NPSH 50 clamping voltages 50 perforated interval 50 epididymal 50 binary restenosis 50 cardiac perfusion 50 5mA 50 intrathoracic 50 QRS duration 50 autoclavable 50 pin 4mm x 50 μg dL 50 CFU ml 50 ° F -# ° 50 mGy 50 picometer 50 Piston Pump 50 pg ml 50 inductive loads 50 kVp 50 MAOP 50 +# degrees Centigrade 50 urethral 50 Barometric pressure 50 thermowells 50 CaCO 3 50 pH acidity 50 SBP DBP 50 hydraulically actuated 50 microwatt 50 inotropic agents 50 #m Tc 50 ° -# ° [001] 50 tamponade 50 º C 50 -# ° C. [002] 50 torsion 50 fraction LVEF 50 intact parathyroid hormone 50 -# dBc [002] 50 linearized 50 DFN package 50 hypothermic circulatory arrest 50 creatine kinase CK 50 ksi 50 fibrin deposition 50 interobserver reliability 50 #μ 50 mm Hg 50 microamp 50 stoichiometric 50 leakage currents 50 #VDC [003] 50 axial loads 50 pin SOIC packages 50 ferrite core 50 Impedance 50 proximal tubule 50 cGy 50 intraocular pressure IOP 50 ° -# ° [002] 50 echogenicity 50 weld seams 50 ammonia NH3 50 γ 50 CO3 50 SFDR spurious free 50 linear axes 50 Min temp 50 sensors transducers 50 endoleak 50 Si#DP 50 corneal thickness 50 hydrocarbon saturation 50 acid leaching HPAL 50 p ≤ 50 #-#,# Hz 50 ° C. Brush 50 nanomolar 50 meV 50 H#O# 50 photolysis 50 GORE TAG Device 50 titrations 50 peristaltic pumps 50 Nd YAG 50 #KHz [001] 50 -#.# mmHg 50 Figure 1C 50 baseline FEV 50 Edwards SAPIEN XT 50 CK # plasma concentrations 50 #ohm [001] 50 dB compression 50 tri axial 50 alanine aminotransferase 50 proximal tibial 50 #.#mohm 50 = -#.# 50 5V input 50 optical encoder 50 ˚ C 50 inotropic 50 impeller 50 rev min spindle 50 magnetic permeability 50 SO8 package 50 peristaltic pump 50 IP# NEMA 50 troponin T 50 mAs 50 #.degree [001] 50 droplet sizes 50 ppbv 50 #.#μF 50 conductivities 50 rectal temperature 50 Shutter speeds 50 kg m² 50 #.#/#.# mm Hg [003] 50 F FDG 50 sealless 50 thermal gradients 50 λ 50 parenchymal 50 #ppm ° C 50 isoprostane 50 3 x 3mm 50 coronary stenosis 50 -# ° Fahrenheit 50 p = .# [002] 50 mitral stenosis 50 viscometer 50 Qmax 50 Bq 50 instrumentation amplifier 50 flowmeters 50 orthostatic 50 ED# [002] 50 proximal femoral 49 C0G 49 ° preoperatively 49 output voltage 49 creatinine ratio 49 estimated glomerular filtration 49 sodium potassium chloride 49 diffusion coefficient 49 Hb A1C 49 brachial 49 categorical variables 49 nonparametric 49 ppmv 49 cannulated 49 intraobserver 49 4dB 49 dimensional echocardiography 49 dimensional tolerances 49 p = #.# [003] 49 directivity 49 Fig. 1c 49 ± 5V 49 Fig. 1A 49 pin SOIC 49 linearisation 49 4kV 49 Creatinine 49 mg ml 49 CK MB 49 absorbance 49 Z axes 49 exhaled NO 49 NMOS 49 Mcfpd 49 Thermocouples 49 mG 49 tph 49 injectivity 49 Serum creatinine 49 amplitudes 49 superheater 49 endothermic 49 -# ˚ 49 cardiac troponin T 49 diverter valve 49 antireflux 49 K + ATPase 49 methacholine 49 gravitational acceleration 49 mg l 49 ° ± 49 lowpass filter 49 preoperative PSA 49 -# ° F [002] 49 1mA 49 mcg BID 49 -# ° C [001] 49 -# ˚ C 49 Flow Meter 49 2kHz 49 typ 49 DFN packages 49 μg m 49 torques 49 #uA [001] 49 #oF [001] 49 #VAC [002] 49 diaphragm pump 49 valved 49 #.#Vdc 49 μg l 49 incremental encoders 49 backpressure 49 vertebrobasilar 49 rearfoot 49 3mm DFN package 49 methemoglobin 49 mcf d 49 μs 49 #pF [002] 49 #dB [002] 49 metabolite concentrations 49 circular connectors 49 Doppler sonography 49 Agilent #A [001] 49 fractional shortening 49 serum lactate 49 Fig. 2B 49 #μF [001] 49 #x# mm [004] 49 -# º [001] 49 cTnI 49 distal tip 49 vasopressor 49 metastable 49 actuated valves 49 #.#N [003] 49 bending radii 49 Solenoid Valve 49 UHPLC 49 CI -#.# 49 ug l 49 Villeta T 49 ESWL 49 plasma fibrinogen 49 tiny 3mm x 49 Pascals 49 albumin excretion rate 49 plasma cortisol 49 pin SSOP package 49 reflow soldering 49 Mostly Cloudy Currently 49 MTT assay 49 sub maximal 49 sensitivity specificity 49 Pulse CO Oximeter 49 sigmoid 49 analyte 49 KHz offset 49 resonance frequencies 49 Supplementary Fig 49 ventricular septum 49 ft md 49 5mm x 6mm 49 Nitric oxide NO 49 thermowell 49 PQFN package 49 partial thromboplastin 49 mM 49 #μA [002] 49 fluence 49 ejection fraction EF 49 1dB gain 49 nV sqrt Hz 49 #-# Vdc 49 % CI #.#-#.# [007] 49 mm2 49 PNP transistors 49 coronal plane 49 alanine aminotransferase ALT 49 erythrocyte sedimentation rate 49 + -1 49 CaO 49 centrifugal pumps 49 blood lactate 49 modulus 49 antegrade 49 dB attenuation 49 Thermo Scientific Accela 49 inductive proximity 49 haemodynamic 49 microamps 49 #.#-# V 49 ASTM E# [002] 49 scleral buckling 49 º C. 49 ρ 49 plasma creatinine 49 #x# ^