i-STAT 1 アナライザー 取扱説明書
Contents
1. mg dL SD 96CV 1 41 8 0 68 1 6 3 289 2 4 0 8 Glu 1 2015 1 mg dL Beck2. Fail safe
3. 17 8 2010 1 17 5 7
4. Hct puce uM 10 3 20134 5 A 10 3 Pus 22 22 222E Pt 222 12 111 Pug I211 2211l D 13 07 21Aug00 10 11 22Aug00 15 06 20Aug00 i STAT EC8 i STAT EG7 i STAT EC8 Na mmo1 L IE 37 09C Na mmol L 139 m K mmol L AL I5 pH p K mmo1 L
5. ID 4 CDS
6. iSTAT BAM BAM
7. 3 POC 1 iSTAT
8. F 2015 1 ab RG Peri U
9. i STAT 1 18
10. 1 li 2 20154 1 H 3 1
11. 2 ge at
12. CDS 10 3 4 x Wu CDS 1 I lt
13. 2 10 i STAT 2 11 pO
14. 17 5 8 i STAT 2015 1 iSTAT
15. ID TD CLEW AWET YT 10 iLSTAT AC
16. 5 13 2
17. 6 12 10 2015 1 Ble iSTAT1 CUSTM tds FUSOSETO
18. id BHO 17 2 2 3
19. 10 4 4
20. si A 24 Rcal Rcal Rcal Rcal
21. 2 1 20
22. CLEW 15 2 Tu 15 3 gail JAMS CLEW CLEW 2
23. H O 2H 2NH CO E E RT nF Ina E E Y R F n a E sample E calibrant S log a sample a calibrant E sample a sample a calibrant
24. L 30 BCT G lt R r
25. pH E E RT nF Ina E E R T F n a E sample E calibrant S log a sample a calibrant E sample a sample a calibrant
26. BAM 2 POC POC iSTAT
27. 2 22 3 A
28. CDS 1 ELZ ao a CPB Awk a eaa CPB SN Hct Hb
29. v CLEW CLEW 1
30. O 12 11 2 20104 1 OE 2 x Qr 3 9
31. 37C 193 20154 1 H 14 14 1 14 2
32. si 17 2 7 2 a KAWT ERE 17 3 1 2 3
33. REEDS ETO CH iSTAT EET EEA E
34. If 1 20154 1 H 17 1 5 8 DC 37C
35. 1 2 12 10 1 2 3
36. CLEW 16 2 2015 1 m iB
37. 3 11 5 CDS CDS 30 0 1 0 1 CDS
38. 10IU mL E E RT nF Ina E R T F n a
39. z 20104 1 17 2 SE ISE 17 2 4 E E RT nF Ina E E R F
40. i STAT O 0 150mmHg O O 0 067 x 760 BP BP 760mmHg 15mmHg 1 mmHg 7O 150mmHg O O 0 029 x 760 BP BP
41. O Clark bO mmHg 5 800 80 105 se NA 95 98 O mmHg kPa mmHg 0 133 iSTAT pH CO O O 2015
42. 16 4 2011 10 iB LNE FAT
43. Lb 20154 1 H 11 11 11 11 11 11 2015 1 2 8 16 20 1 mL 3mL 1 mL 1 2 2 9
44. 58 62 DISSE 23 53 55 57 63 65 68 70 23 72 74 82 85 86 89 94 96
45. BAM 3 BAM BAM 17 5 6 BAM
46. ai 36 iSTAT DT 6 11
47. CO 8 2 3 10 5 2 5 2 1 mL 8 2 4 iCa pH CO CO
48. 11 3 2 ID 20852 10 00 10SEPO 1 mos L X P HE i STAT 3 4 ID ID ID ID ID
49. 24 i STAT 3 60
50. 1 1 JAMS CLEW 2 CLEW 30cm
51. 1 1 9 10 1 2 3 1 2 4 2 6 O1 14 3
52. ID ID 2 14 ID TD DD ID HE ae E Mu Du s MM p le ee 50 0 110 0 CPE Ne F 10 0 45 0 CC tarl BE 1 ART 4 CAP
53. 10 xI
54. 5 2 Wa 10 4cm 24 4cm 12 7cm 0 55kg AC DC Input 12V DC 0 40T ET pom E 20 50 2 2 CDS USB LED N A p 2015 1 5 1 AC Y ji STAT
55. CO 7CO iSTAT 7CO Henderson Hasselbalch pH CO 1CO HCO J 0 03 pCO 7CO pH CO CO CTD HCO CO pH CO CO CHEM8 7CO FCC 0 pH CO CO CHEM8 CO
56. ELEF Fi
57. FRESE CAIERHA Tonic Ca 1 2015 1 HEME MME EKo aN iSTAT
58. PDA TA D ID I0 3 10 1 4 2
59. 9 3 1 2 3 4 5 9 4
60. OK 60 AC AC 3 2015 1 1 3 2
61. WS S RER SOMO V EUREEN E E tRT oF Ina LICCEGCGEBGE E R T F n a E sample E calibrant S log a sample a calibrant E sample a sample S y l a calibrant Na mmol L mEq L
62. HCO Hie ty HCO HCO A HCO BE ecf 37C CO 40mmHg pH7 40 CO
63. 5 6 5 5 1 5 2 O O CO syO 5 3 K Ca 5 4 K
64. Y E i ad 16 4 3
65. 79 81 21 va 16 8 2015 1
66. 14 1 20104 1 2 6 Jg AeA UUN 14 4
67. CDS CDS Ii 2 16 LCD LCD lt 1
68. 5 8 CDS 1 WE CDS 2 CDS 4 N CC opes 3 D 1 1 S 5 9 ID
69. 16 2 e ELT 16 3 1
70. me 3 3 16 4 4 RE iB
71. H HLO Vay y RE 0 HO H O inj BEER rag Nee H 2e iiSTAT
72. 3 3 7 23cm Ox Hct 12 12
73. quer ane ur Ril quss Ai
74. bid 16 4 2 m iB ze egy V
75. 2015 1 ATYZES 3 3
76. FILL 47 48 Ly WV
77. 11 4 1 2 L 2 2 11 4 2
78. A HOEK R56 OMe MET SRD PU YI OMEE Ws
79. 5 14 USB POWER m CORD H o G i STAT1 MIL Y O1 2015 1 6 STAT 6 1 p p 2015 1 6 O14 WN FH 12 0cm 13 6cm 7 25cm HS 500g 1 4 8V 2 AC 1 2 RI12 57mm 1 2 LED
80. 16 10 2015 1 E A 2 69 UE VAD
81. CDS 11 1 11 1 1 11 1 2
82. 2 19 19 e SCAN ID ID e gt ABC gt 0 1 ID A ID
83. mm Uu x F 2010 1 16 3 m iB Filly 7 7
84. E m iB CLEW 5 6 1 TAS GINS JAZZY
85. de 37C 37C 2 12 O 2013 5 2 13 i STAT 37C
86. 1 5 1 1 9 1 3 9 1 4 9 1 5
87. SRNL pan 3 2 NODE BERT Y VON PHY ETFe A
88. 1 8 5 5 8 5 6 HEAK 50 IU mL iCa 8 5 7 8 5 8 MOMS L lt dh O EH s 8 6 8 6 1 iCa pH CO
89. Bi REJ REY 50 CDS GH 2015 1 Ib 1
90. Crea mg dL 0 2 20 0 0 6 1 3 umol L 18 1768 53 115 mg dL zmolL 88 4 X Tietz Textbook of Clinical Chemistry and Molecular Diagnostics 4th Edition CA Burtis ER Ashwood DE Bruns ed Elsevier Saunders Inc 2006 page 2264 Crea 1 2015 1 BUN BUN mg dL 1 3 mg dL Roche Integra 800 n 30 Sxx 0 029 Syy 0 112 0 929 yum 0 237 Sy x 0 204 Xmin 0 4
91. 3 4 3 5 37C 3 6 RE KIS CLEW
92. 16 4 5 KOYIY RE uv2 7 2011 10 16 5 16 5
93. 17 4 17 4 1 1 2 3 4 Hct Hct
94. 3 1 3 9 7 23cm KE P ML qu Hct
95. 10 4 2 10 4 3 iSTAT CT
96. E sample E calibrant S log a sample a calibrant E sample a sample a calibrant S Cl mmol L mEq L 65 140 98 109
97. 2 1 3 30 2 3 la 4 ID 123 e 0 1 0 1 10 00 10SEP01 t 0 1 eee ae
98. 1 2 Lock Out b iE Bt um 2015 1 7 5 So As 2 C1 1 427 mmol L 2 Ref 98 109 l mmol L 2 mEq L K 1 77 mmol L 2 Ref 3 5 4 9 l mmol L 2 mEq L Na 1 77 mmol L 2 Ref 138 146 1 mmol L 2 mEq L BUN 1 77 BUN mg dL 1 BUN Ref 8 26 2 UREA 1 mmol L 2 mg dL 3 g L iCa 1 47 mmol L 2 Ref 1 12 1 32 1 mmol L 2 mEq L 3 mg dL pH 1 77 Ref 7 310 7 410 2 Glu 14 7 mg dL 2 Ref 70 105 1 mmol L 2 mg dL 3 g L ICO 1 77 mmol L 2 Ref 24 29 1 mmol L 2 mEq L AnGap 1 47 mmol L Ref
99. 1 10 5 5 1 mL 1 mL 1 2 2 5 6 Hct 3 2015 1 BUN BUN
100. Lac mmol L 0 30 20 00 0 36 1 25 0 90 1 70 mg dL 2 7 180 3 2 l1l 3 8 1 15 3 mmol L mg dL 9 01 2 ES TP 7 Ze PIT BVT LRH Lacu 201542 1 mmol L n SD CV 1 120 6 35 0 08 1 21 3 120 0 81 0 03 3 27 mmol L Radiometer ABL725 Hitachi 917 GSTAT H zd n 47 47 OXX 0 123 0 084 Syy 0 136 0 079 1 02 1 06 y 0 12
101. du e oq NL a STAT 2 iSTAT
102. am 69 140 147 2015 1 10 3 11
103. lt lt gt gt lt lt gt gt AL 2 15 20104 1 3 3 1 uu Het b 2 i eee nid PL E AUSTR 37C
104. E sample E calibrant S log a sample a cahbrant I3 PERS 2010 1 7 7 OUP ERD ED BT WAC LOSEBEDUMRERMIPO ON RE
105. o ej STAT Na KK Cl iCa pH e pCO OCHCO 4 BE Anion Gap e CO 04 4 O80 Hct BUN lt Glu Crea e FLER Lac 18 1 20154 1 i STAT iSTAT iSTAT Glu BUN Lac Crea 12E1X80009 Na Ke Ch 12B1X00001 iCa pH pCO Hct gt
106. iB ere 2
107. 3 mL i STAT 5 mmHg pO SD CV 1 65 1 3 12 4 79 3 146 5 6 00 4 10 mmHg x Ups ABL500 ABL700 Bayer645 n 45 29 30 Sxx 3 70 2 04 3 03 Syy 2 78 2 64 3 28 1 02 0 962 1 033 yUm 2 6 1 2 2 9 Sy x 2 52 3 53 3 44 Xmin 39 31 Xmax 163 185 r 0 996 0 990 0 996 O 150mmHg 150mmHg 0 150mmHg pH 1 0 03 CO 1 4mmHg O 1 2 6 mmHg 2 0
108. 3 APOC CLSI 10 2mmolL 0 30mmolL 2 CLSI 2 5mmol L APOC CLSI 2 5 37 5mmol HIV DNA 500mg 2 g
109. pH iCa 1 2 3 iCa pH 8 1 3 K 8 1 4 K Ca 8 1 5 1 PANINI EDTA Na K K
110. 8 6 2 8 6 3 1 mL 20 iCa pH CO 7CO 2010 1 9 9 1 9 1 1 9 1 2 18 30C
111. g dL x034 PCV
112. AC APOC USB 2015 1 5 7 16 30C 2 3
113. 10 2mmolL 0 30mmolL 5 2 CLSI 2 5mmol L APOC CLSI 2 5 37 5mmol Crea 3 2015 1 6 CO 2mg dL 40mmHg CO CO 10mmHg 6 9 40mmHg CO CO 10mmHg 6 9 Cr corrected Cr srarx 11 0 069 x CO 40 101l 2mg dL 40mmHg CO CO 10mmHg 3 7 40mmHg CO CO 10mmHg
114. PMAR EFDTA 18 3 2011 10 3 10 30
115. iSTAT iSTAT iSTAT DISE
116. 0 15 6 11 5 11 1 6 1 iCa pH CO 37C 11 6 11 2 11 2 1
117. t B 2015 1 16 41 QC 23 LISTAT iB 1 2 _ 2 3 1
118. 2015 1 Ib 9 z m i 50 51 1 52
119. Hct Coulter 17 4 2 CPB Cardio Pulmonary Bypass Hct CPB CPB CPB Hct Hct 42 70g dL
120. CDS 4 5 2015 1 5 iL STAT1 5 1 iiSTAT1 iSTAT1 USB CDS CDS iSTAT 1
121. 37C 17 1 2 3 FLASH EEPROM RAM
122. 17 1 6 2 AC AC 17 1 7 17 2 17 2 1
123. 300 3 2 2 4 2 10 2 bius A du M I ade 2 i STAT 3 9 7 23cm
124. le 2 IDAJJ 3 4 QC 5 6 7 2 12 20104 1 2 20 2 5 ca oe 10 00 13 mm dd yy dd mm yy 2 29 CDS CDS 2 20 2 6
125. 1i 20154 1 12 iSTAT 12 1 5 12 2 5 Na K Ch iCa pH pCO bOn Z va3 A FL BUNYRE 2v T 4 v CHEM8 Na K Cl iCa CO BUN 1 7mL 5 4
126. 1 mmoL 20 pH STAT CLSI mmol L 37 5 1 Na 2 2010 5 LSTAT mmol L 1 32 10 2 0 34 2 5 Na 2 3 4 6 6 0 m9 6 6 1 0 4 34 uu 1 2
127. CO iz ZH SG CO mmol L 5 50 23 27 24 29 Pans Giggard Andersen CO CO CO HCO CO HCO CO HCO CO HCO pH CO iLSTAT UCO rn
128. Evo MER CE 1 14 95 me H 1 2 16 30C
129. 1 2 3 2 4 14 2 2010 1 15 15 1 CLEW iSTAT
130. 20 pH Ca 2 2015 1 2015 1 i STAT CLSI mmol L 1 32 1 10 2 2 37 5 3 1 0 0 04mmol L 6 6 0 07mmol L 4 34 4 0
131. ID ID ID 11 4 2015 1 m Wo
132. 131 20154 1 Na e i STAT Hct pH CO 37C
133. Ly Cl 1 2015 1 20 mmol L mEq L SD CV 1 76 7 0 54 0 7 3 114 0 0 56 0 5 mmol L mEq L Beckman Kodak Synchron Ektachem 700 CX 3 n 189 142 Sxx 1 27 0 41 Syy 0 88 0 90 0 99 0 88 y 0 82 14 6 Sy x 1 65 1 84 Xmin 93 63 Xmax 114 128 r 0 817 0 914 Nova STAT Profile 5 192 0 89 0 88 0 93 4 3 2 33 96 117 0 752 ME TT pH 4 i STAT E CLSI mmol L
134. diphosphoglycerate 23 DPG pO 1 sO p 0 0 37C 37 0 37C Tp O 5 49 x 10 p0 38 0 071 pO Tj 950 X10 9 72x10 05 2 30 pH CO2 O Tp 37
135. ile ZE 2 5 5 3 4 10 00 17MAY10 WY mm FUSOSET0 1 2 ja 4 5 6 7 1 B ese SI uv I 1 2 SET NEH SENS wl S77 1 UM AV SS U INOY IN UV XS I 2 x 12 Sis f rad SAI Sb rer SEN 11 LI BM Du AH
136. CHT 35 0 38mmol L 0 97 130 6mmol 2 CLSI 2 5mmol L APOC CLSI 37 5mmol L 2 5mmol L
137. 10 2015 1 CHEM8 11 19 17MAY10 AANST 1 2 i STAT i STAT Pt 123 PRE su OOO OOO OOO 2 ID ID ENT 2 ENT 2 ae BEo 6
138. 3 3 ID ID ENT 2 ENT 2 eb BEo 4 ENT 7 23cm Do SCAN
139. 0O sO O pO E 2 2015 1 STAT 7Hct 1 Hct PCV 10 75 38 51 Hgb 34 25 5g dL 12 17g dL MCHC
140. oB 34 26MARO B B 08 am 26MARO1 a Us 46 24MARO1 STAT G B 17 06MARO1 0123 L2 1 aA 16 b 24MARO1 gt 2 10 2010 1 2 20 2 3 le 2 3 4 T1D ID ID EU 1 2 QC SET 2 2 20 2 4 CDS
141. 97 82 92 69 62 56 86
142. APOC CLSI 37 5mmol L BUN 25mmol HIV DNA 500mg 2g 100 500mol L CH Charles R A Bee Y M Eng P
143. AC 2011 10 AC 1 AC 2 12VDC AC 3 6 6 i STAT1 1 2 25mm 127mm 3 4 5 AC 6 7
144. CO CO pH HCO CO G3 CG4 CG8 EG6 EG77 EC8 pCO 3 2015 1 i STAT tCO 1
145. 760mmHg 35mmHg 1 mmHg 3 3 1 MM at 3
146. ID ID ID ID Enabled 1 77 2010 1 i STAT 1 2 3 3 7 4 QC its s 2
147. us a Wi ne DBLEDICH BS WESNERBEO ALE CA EI BRED ME 4650 C FRU ACH Hct 2 2010 5 37 5mmol L 2 CLSI 25mmolL APOC CLSI 37 5mmol L 25mmol L 1
148. 10 2mmol L 0 30mmolL APOC CLSI 1 37 5mmol L 2 5mmol L 4 CLSI 2 CLSI 2 5mmol L If 3 US BEC KBB we ak Le CER RUM E 4 34mmol L 0 5mmol L 0 5mmo L 0 03mmoLL Ca 3 iCal Whillier S Raftos J E Chapman B Kuchel P W Role of N acetylcysteine and cystine in glutathione synthesis in human erythrocytes Redox Rep 2009 14 3 115 124 iCa 2 Paolo Ventura Rossana Panini Maria Cristina Pasini Gabriella Scarpetta and Gianfranco Salvioli N Acetyl Cyst
149. TID ID 1 No Check Digit No Check No Check ID 2 Modulus 11 Check Digit Digit Digit 3 Modulus 10 Check Digit Code I20f5 1 47 Enabled 2 7 7 USS Code 12 of 5 USS 1 No Check Digit 2 59 3 OPOGC Code 128 1 47 Enabled 2 Code 128 EAN 8 EAN 13 1 07 Enabled 2 EAN 8 EAN 13 Codabar 1 Enabled 2 Codabar NW 7 Code 93 1 77 Enabled 2 Code 93 Code 39 1 47 Enabled 2 a Code 39 Code 394 Fv av 1 Alphanumeric Full ASC II Full ASC II 2 Full ASC II Check Digit 1 ges 2010 1
150. 15 Bus TD 15 15 5 2
151. CDS RIT A 6 lt s SC 756mmHg 2 84V 100 Serial 100089 CLEW A74 Version JAMS 105F 00000000 100 8 2010 1 2 90 2 uu 2 3 Hj TR D 7 1 1 2 3 4 be 6 7 YAR DD x y x y 1 2 ee
152. EREE BES CRO B es 3 3 4 4 5 2 14 20104 1 2 22 2 22 1 ID TID ID 2 22 2 1
153. e CVOR lt 1 9cm SF 7 0cm 9 0cm 85g ud 20 50 C 4 4
154. Ex is 3 I A r1 CAUTION x 2 LASER RADIATION DO NOT STARE INTO BEAM 650 nm LASER DIODE 1 0 mW MAX OUTPUT CLASS Il LASER 1 U S 21 CFR 1040 10 2 21 3 2 21 4 10 8 30cm 3 12 F 1 VODEBLEZYq 2 Ve Poe a FERES loi TTI YF kna KOME Z RL
155. 8 3 2 iCa 8 2 2010 1 B 8 8 8 8 8 8 8 8 8 8 201046 1 10IU mL HES a a A iCa Ls 3 3 5 2 5
156. 0 03mmol L 4 Ta wr 6 9 i STAT mmol L 0 132 0 30 522 0 34 7 M oed B ERFUXY TFL 6 0 ee 1 CLSI 1 32mmolL 0 132mmol L 2 3 2 CLSI 0 30mmol L 3 APOC CLSI
157. 6 65uL Na K Cl BUN Glu Hct Hgb EC4 65uL Na K Glu Hct Hgb EC8 65uL Na K Cl pH VERA CO BUN Glu Hct Hgb HCO CO BE ecf Y ny D An Gap CG4 95uL CHEM8 pH 95uL pCO Na pO K Lac Cl NAM AY eu on y E Hct HCO CO v DUO BE ecf Glu sO BUN Crea CG8 95uL Na Hgb K An Gap Ca pH
158. 8 2 5 pH CO 0 CO iCa 10 30 10 5 2 5 2 1 mL Tu Wy 8 3 RFH RAIZ BRA MRALFSRUHcR RE WA BCHIRHE SEI 2 7 0 Ex See UL x CO 0 pH 8 3 1
159. III 1 5 JAMS CLEW 15 2 20104 1 16 16 1 E LS
160. B 3 100 240V 50 60Hz 1 1A 12V DC 3A max 4 aT ZR Ei UR TK 5 6 1 5m rc ete MO7UTIRAL II AC
161. T 536 8523 2 3 11 TEL 06 6969 1131 c iir FILL E
162. iSTAT 4 Ifc 20154 1 1 2 3 4 17 5 2 iSTAT
163. 1 77 2 8 24 8 24 3 1 65 535 4 99 999 24 hours 24 os gs EXT EXT 24 INT INT
164. 10 2 1 37 5 2 5 9129 4 34 6 9 Cl 2 2015 1 i STAT mmol L 1 32 030 9 0 34 j 60 6 6 05 9 1 2 CLSI 0 30mmol L 3 APOC CLSI
165. 7 1 i STAT BE ay TX BE A English Japanese English Japanese German Italian Dutch Spanish French Swedish Portuguese Danish Finnish 1 mm dd yy mm dd yy mm dd yy 2 dd mm yy 1 Enabled uu To 1 Enabled CDS 2 1 Allow Test 2
166. CLEW CLEW TAMS CD ROM CD ROM CDS 1 Windows98 PC CDS 15 4 JAMS HAD Ls 2015 1 COM PC CLEW
167. 2 8C 18 30C 30C 18 30C 1 5 1 1 3 130 200
168. LIS HIS 5 CDS LIS HIS 6 ii STAT YYYY MM DD epp LOT REF SN MN EF MES em wl V s 2015 1 DC AC Li BODxxxx xx Born on Date stus lt lt g
169. iSTAT POC 1 iiSTAT iSTAT
170. pine mm Code 39 1 47 Enabled Check Digit 2 A oU ie 0 0 0 0 7 3 mise 1 47 Enabled 2 EY ID 1 NotRequred 2 ID ID ID 1 Not Required 3 2
171. 1 EEPROM EEPROM 17 1 3 4 AC 17 1 4 DC
172. E 11 7 2 NR
173. 12 5 20154 1 K EDTA K EDTA K EDTA KEDTA K EDTA K EDTA MH KJEDTA MH KJEDTA iri STAT EDTA i STAT i STAT KJEDTA KiEDTA MH MH K EDTA MH K
174. 13 2 Ex Hct K3EDTA ee EHAS OBURILE RO KEKE CJ oS NI 13 3 3 2
175. 17 5 4 iSTAT iSTAT iLSTAT rex 20154 1 5 17 5 BAM
176. 5 10 3 4 5 11 2 7
177. D B Sacks Carbohydrates in Tietz Textbook of Clinical Chemistry Second Edition ed C A Burtis and E R Ashwood Philadelphia W B Saunders Company 1994 Porter WH Crellin M Rutter PW Oeltgen P Interference by Glycolic Acid in the Beckman Synchron Method for Lactate A Useful Clue for Unsuspected Ethylene Glycol Intoxication Clin Chem 2000 46 874 875 Morgan TJ Clark C Clague A Artifactual elevation of measured plasma L lactate concentration in the presence of glycolate Crit Care Med 1999 27 2177 2179 Wu H B A Tietz Clinical Guide to Laboratory Tests 4th Edition 2006 Kharasch E D Hankins D Mautz D Thummel K E Identification of the enzyme responsible for oxidative halothane metabolism implications for prevention of Lac 3 halothane hepatitis Lancet 1996 347 1367 1371 Lac 6 Morrison J E Friesen R H Elevated serum bromide concentrations following repeated halothane anaesthesia in a child Can J Anaesth 1990 37 7 801 803 Lac 7 Hankins D C Kharasch E D Determination of the halothane metabolites trifluoroacetic acid and bromide in plasma and urine by ion chromatography J of Chromatography B 692 1997 413 418 Lac 8 Charles R A Bee Y M Eng P H K Goh S Y Point of care blood ketone testing screening for diabetic ketoacidosis at the emergency department Singapore Med J 2007 48 11 986 Lac 9 Jones AE Puskarich MA S
178. 3 3 Disabled FI STAT 1 77 2 1 65 535 3 99 999 2b za 3 BE EXT Disabled 2010 1 i STAT INT 1 2
179. CLEW 2 2013 5 3 7 1 lt
180. Mi 1 2015 1 iISTAT 1 2 3 3 Na K C1 iCa H pH pCO O BUN CHEM8 Na K C1 iCa CO0 BUN 10 1 7mL 1 CHEM8 11 2 2 2 8C 18 30C 5 30C 11 2 3
181. SE PH 12 13 L i 2011 10 Hct MCHC 4 7 mL 1 2 3 4 3 4 3 000rpm 10 1 2 3 4 1 3 3 4 1 2 3
182. i STAT 1 BAM BAM 2 17 6 2015 1 17 5 3 POCT
183. 2 2 1 ROL 3 16 12 20154 1 H 17 17 1 17 1 1 iSTATI
184. 2 8 7 2011 10 2 9 ane 2 10 CDS F EB 2 11
185. 37 C 2 VEN 5 CORD 3 MXVN 6 OTHR FIO2 29 3 9 us 2010 1 2 15 1 000 38 OD f ID que pesce CLEW
186. ALOT b AC 2 5 15 40 C 20 50 C 12V DC 1 5A 18W 100 240V AC 50 60Hz 3 CG 1 AS 2011 10 6 4 1 2 4 CO KK J 6 5 iSTAT 3 AC AC
187. Hct MCHC Hct STAT CLSI NCCLS NazEDTA KJEDTA EDTA i STAT Hct CLSI NCCLS Procedure for Determining Packed Cell Volume by the Microhematocrit Method Approved Standard Third Edition CLSI NCCLS document H7 A3 ISBN1 56238 413 9 CLSI NCCLS 940 West Valley Road Suite 1400 Wayne Pennsylvania 19087 1898 USA 2000 12 4 20154 1 716240 01C 2010 3 iSTAT KjEDTA K EDTA
188. LSTAT 1 AC 2 3 2015 1 6 3 7 8 9 AC 3
189. 12 5 12 6 4 CHEM8 30 im 18 30C 12 7 l 5 10 12 1 20154 1 H 2 3
190. pH An Gap An Gap An Gap gt 25 CO 37C 37 CO pCO g 2 2015 1 37C Tp CO pCO T pCO x 100 Tp 37 GE pH CO
191. 1 2 3 1 Enabled T3 2 77 1 Disabled FT CDS lt 4 2 CDS Fo ID Disabled Disabled CDS tid 7 2 ID
192. 10 mmol L SD CV 1 1 60 0 017 1 1 3 0 84 0 012 1 4 Radiometer Nova ICA 1 STAT Profile 5 n 47 57 S3x 0 009 0 017 Syy 0 017 0 017 0 925 0 960 y 0 113 0 062 Sy x 0 035 0 029 Xmin 0 46 0 53 Xmax 2 05 2 05 0 982 0 982 mmol L pH CO pH 1 mL 1 0 01mmolL 10 000 0 03mmol L i STAT
193. 76 8mm 234 8mm 72 4mm 650g 635g 9V 2 2 LED 16 30C 10 460 90 HEEL RIS 300 850mmHg 6 CLEW FB 2 9 i
194. 0 1 l AU 15 CDS V J 11 6 1 1 C IL 2015 1 11 7 11 7 1
195. 01JANO1 2 ee l 01MMMYY MMMYY O1FEBO1 dU 2 01mmmyy mmmyy i 1201 ANOL 3 4 Ak 2 13 2013 5 2 21 ID 3 4 2 21 1 650nm 1 9mW 2 21 2
196. 2 3 2 adus ikSTAT CDS 1 2 iSTAT iSTAT i STAT1 i STAT i STAT1 CDS LIS HIS ASTM HL7 2015 1 1 3
197. 2 3 4 mg FTIR 2 1 2 IDAJJ 3 4 QC 5 6 7 24H 3 4 AM 2 3 2 20 1 1 2 iriSTAT i STAT 10 00 10SEPO1 10 00 10SEPO1 i ET mm 1 2 ij STAT ISSTATASRUSS IFA RAZ 2 20 2
198. 9 1 6 2011 10 9 2 1 2 3 4 5
199. pO NIST SRM909 NIST SRM965 NIST SRM967 USP CLSI NCCLS H7 A3 NIST National Institute of Standards and Technology SRM Standard Reference Material NCCLS National Committee for Clinical Laboratory Standards CLSI Clinical and Laboratory Standards Institute HT H7 A3 Procedure for Determining Packed Cell Volume by the Microhematocrit Method Approved Standard Third Edition 2015 1 18 5 P Wh 10 I 12 N W Tietz E L Pruden O Siggaard Andersen Electrolytes in Tietz Textbook of Clinical Chemistry Second Edition C A Burtis and E R Ashwood eds Philadelphia W B Saunders Company 1994 D S Young Effects of Drugs on Clinical Laboratory Tests 3rd Edition Washington DC American Assocition of Clinical Chemistry 1990 B E Statland Clinical Decision Levels for Lab Tests Oradell NJ Medical Economic Books 1987 National Committee for Clinical Laboratory Standards User evaluation of precision performance of clinical chemistry devices Tentative guideline NCCLS publication EP9 P Villanova PA NCCLS 1984 CLSI Method Comparison and Bias Estimation Using Patient Samples Approved Guideline
200. Hct CPB Hct 17 5 F STAT 17 5 1 i uid eon ennai anew ens mie d ar irSTAT i STAT BAM HAERE BID ERR EF
201. 10 00 10SEPO 1 Tm ET za JE 2 3 are AR 4 2 5 3 6 4 FA Mts 5 0 7 2010 1 2 20 2 1 m Rm E Serial SN Version 1000 8
202. S BUN mg dL 3 140 8 26 BUN 1 20154 1 mg dL SD CV 1 52 8 0 76 1 4 3 5 5 0 45 8 2 mg dL Beckman Coulter Dade Dimension Beckman Coulter LX20 RxL Xpand CX9 n 39 32 26 cxx 0 36 0 48 0 39 Syy 0 67 0 34 0 60
203. TID 1 1 2 20 1 2Z PSTATA 2013 5 A EE EH E 2 E CLEW 1 88 2 3 4 5 6 7 E XY E
204. AP AER ur 16 6 2015 1 2 E A 8 RNN Lc CE e 11 EY HA EFFI
205. ID ID mas ID ID 0 0 ID RA ID ID 15 15 ID ID 1 Enabled 2 ID 2 2 ID ID 2013 5 i STAT ID ID Enabled DEDE ME LET ID ID jp Enabled DD 2 ID
206. 2 ID l 2 3 1 11 4
207. CLSI NCCLS EP9 A iLSTAT 2 20 2 1 n Sxx Syy STAT Sy x r i STAT iSTAT e FITA NIST SRM956 NIST SRM956 NIST SRM956 NIST SRM956 pH NIST SRM186 I 186 II 185 187 pCO
208. S pH 6 500 8 000 7 35 7 45 7 31 7 41 0 01 0 03pH pH iSTAT 37C pH pH pH 7 35 gt 7 45 pH 37C 37 C pH 37C Tp pH pH T pH 0 0147 T 37
209. 3 7 Cr corrected Cr srarx 1 0 037 x 40 pCO 10 Creal Wu H B A Tietz Clinical Guide to Laboratory Tests 4th Edition 2006 Crea 2 Whillier S Raftos J E Chapman B Kuchel P W Role of N acetylcysteine and cystine in glutathione synthesis in human erythrocytes Redox Rep 2009 14 3 115 124 Crea 3 Paolo Ventura Rossana Panini Maria Cristina Pasini Gabriella Scarpetta and Gianfranco Salvioli N Acetyl Cysteine Reduces Homocysteine Plasma Levels after Single Intravenous Administration by Increasing Thiols Urinary Excretion Pharmacological Research Volume 40 Issue 4 October 1999 Pages 345 350 Crea 4 Hankins D C Kharasch E D Determination of the halothane metabolites trifluoroacetic acid and bromide in plasma and urine by ion chromatography J of Chromatography B 692 1997 413 418 Crea 5 Kharasch E D Hankins D Mautz D Thummel K E Identification of the enzyme responsible for oxidative halothane metabolism implications for prevention of halothane hepatitis Lancet 1996 347 1367 1371 Crea 60 Morrison J E Friesen R H Elevated serum bromide concentrations following repeated halothane anaesthesia in a child Can J Anaesth 1990 37 7 801 803 Crea 7 Charles R A Bee Y M Eng P H K Goh SY Point of care blood ketone testing screening for diabetic ketoacidosis at the emergency department Singapore Med J 2007 48
210. E sample E calibrant S log a sample a calibrant CC CE sample a sample a calibrant S iCa mmol L 0 25 2 50 1 12 1 32 mg dL 1 0 10 0 4 5 5 3 iSTAT 37C Ba mmol L mEq 2
211. G3 95uL E Pp pCO pH pO pCO 2 am ct pO E HCO CO BE ecf sO2 nni IK wA Hgb HCO ONS tCO BE ecf sO BRS 65uL Crea 18 2 20154 1 EGG6 95uL EG7 95uL Na Na K K pH Ca pCOJ pH 02 CO2 Hct pO Het Hgb HCO Hgb CO HCO BEecf CO sOj BE ecf sO M 6 ECA EC8 CGA CG8 Crea CHEM8 25 G3 EG6 EG7 1048 28 2515 48
212. 3 9 7 23cm LET 6 Hct ue 2 TERY 74 ICI TK RSV 13 4 i STAT
213. 37 5mmol L 2 5mmol L Ad EE 37 5mmol L 2 5mmol K 2 2013 12 K 1 Charles R A Bee Y M Eng P H K Goh S Y Point of care blood ketone testing screening for diabetic ketoacidosis at the emergency department Singapore Med J 2007 48 11 986 2010 5 STAT CI ERA E E RTY nF Ina CO CELEME Elity t HADE Risa TARRE FiRZ7TT n a
214. i STAT K EDTA K EDTA MH IN KJEDTA K EDTA K EDTA KEDTA Eon sq oou T K EDTA MH K EDTA 2 4 3 MH K EDTA MH K EDTA K EDTA K EDTA i STAT 2 KaoEDTA MH K EDTA KS9EDTA
215. i STAT wW HH mmol L 0 045 le Pr a4 Jee 1 32 10 2 0 34 Lac 5 6 7 25 0 006 Lac 4 0 133 2 Lac 8 6 0 E 0 31 n 1 2 3 Lac 1 Lac 2 Lac 3 Lac 4 Lac 5 2015 1 4 34 1 4 HIV DNA 500mg 2 g 100 500mol L
216. it 10 2 5 737 THIAP PA AR Ri a ey fas EELE SIE TIF CEOMEDE S 3 10 3 2011 10 1 3 C N Pop d ea Pt 212 21 1212 29 00 AAMgM 21 15 18Aug00 T Ber i STAT EC8 Na mmo1 L 141 Na mmol L 142 K mmol L 4 5 K mmol L 4 3 C l mmol L 101 Cl mmol L 192 TCO mmol L 28 BUN mg d1 11 BUN mg dL 12 Glu mg dl Soe ur no Hct PCV 43 Hct pcv 41 0000 V PM d gt pH gt 8 0 80 lt Nm2R NB 65 lt gt Na 180 K Cl BUN Urea H
217. 1 1 11 1 3 Nd Me 11 1 4 A a d 18 30C E 14 1 5 2 2
218. 100 500mol L CHT pH 37C 7 4 pHO 1 0 9mg dL 0 05mmol L 37C 7 4 pHO 1 0 8mg dL 0 04mmol L 70 37 20mmHg 2 66kPa Glu 3 Glu 1 Hankins D C Kharasch E D Determination of the halothane metabolites trifluoroacetic acid and bromide in plasma and urine by ion chromatography J of Chromatography B 692 1997 413 418 Glu 2 Kharasch E D Hankins D Mautz D Thummel K E Identification of the enzyme responsible for oxidative halothane metabolism implications for prevention of halothane hepatitis Lancet 1996 347 1367 1371 Glu 3 Morrison J E Friesen R H Elevated serum bromide concentrations following repeated halothane anaesthesia in a child Can J Anaesth 1990 37 7
219. Filw 7 Uv Z03 W67 Ae 2010 1 10 gt 2010 1
220. SATT 2 3 4 AC 6 8 2 7 O14 UUDNE 2015 1 6 2015 1 9 ID D
221. ee OE NN a Hct C PB Hct CPB 2 11 20104 1 CDS CDS DEFAULT 0 oe er CDS CDS CDS 00000000
222. V gJ oO FC AM g z o ru c STAT 3 D oD pH PCO PO EA HCO TCO BE 50 1 B a C Abbott is ra F f 3 8 2 8C 1 5 1 1 18 30 3 9 2011 10 43 2 4 4 4 2015 1 1
223. oe ae go 4 1 2 IDA 3 4 QC 5 om Luv sess env il RM CDS 4 2 sibus Me do i
224. 24 1 3 24 20 27 29 32 33 40 4 45 87 20 27 41 87 45 42 43 42 R43
225. CLSI 2 5mmol L APOC CLSI 37 5mmol 2 5mmol L Cli Nal Tips on Specimen Collection Vol 1 Monograph of Medical Laboratory Observer s Tips from the Clinical Experts published by Medical Economics in collaboration with Becton Dickinson and Company Mark Zacharia ed Montvale NJ 1997 26 Na 2 Kharasch E D Hankins D Mautz D Thummel K E Identification of the enzyme responsible for oxidative halothane metabolism implications for prevention of halothane hepatitis Lancet 1996 347 1367 1371 Na 3 Morrison J E Friesen R H Elevated serum bromide concentrations following repeated halothane anaesthesia in a child Can J Anaesth 1990 37 7 801 803 Na 4 Hankins D C Kharasch E D Determination of the halothane metabolites trifluoroacetic acid and bromide in plasma and urine by ion chromatography J of Chromatography B 692 1997 413 418 Na 5 Charles R A Bee Y M Eng P H K Goh S Y Point of care blood ketone testing screening for diabetic
226. 11 2 4 pH 2CO HOn iCa CHEM 10 11 2 5 4 CHEM8 30 11 2 6 1 15 2
227. ID e UE ABC ABC A ABC 2 ABC E 0 9 e H E o 2 6 2010 1 Enter ENT MENU Print ess On Off
228. ae S X tCO m l 2015 1 mmol L iSTATY AF AOA CO IFCC iLSTAT mmol L Abbott Point of Care 20 SD CV FE SD 96CV 1 17 4 0 62 3 6 3 34 6 0 62 1 8 mmol L tCO CO CO IL BGE Beckman Coulter Beckman Coulter CX 3 LX 20 n 62 bi 35 Sxx 0 40 0 55 0 48 Syy 0 84 0 55 0 60 1 136 1 155 1 152 y 4 1 2 6
229. eo es CLSI EP7 7 i STAT NM 2 5B 20 18 4 2015 1 SD CV
230. 1 0425 2 STAT Hct 3 PCV 386 PCV G STAT 33 39 PCV i STATT 34 PCV 34x1 0425 35 445 RF Hct K3EDTA 1 1 3 Hct 3 POM 5 2 iSTAT Hct 75 10 Hct gt 75 lt 10 iSTATHct
231. 90 2 17 31 10 00 10SEPO1 2 2011 10 2 18 2
232. CPB TP pre CPB 7 0 Hct pre CPB 42 7 00 6 00 5 00 4 00 TP Ea 3 00 TP g dL Hct PCV 10 15 20 25 30 35 40 17 4 2010 1 Hct 21 PCV e 21 PCV 42 00 5 HEERE H 7 0g dL x 0 50 3 5g dL e 2196PCV 3g dL 24 PCV 17 4 3 CPB Hct 0 5 PCV 1 PCV
233. pH 2 2015 1 i STAT pCO HCO BE Anion Gap CO CO Severinghaus ERI A 28 eB 77 A xo e e xa LL a UIS E E RTY nF Ina E E R
234. 1 1 2 3 Hct 1 Hct 10 gt 10 3 Hct 75 75 1 2 3 12 3 2 1 2 3 Hct i STAT 3 3 4 3 iLSTAT Hct K3EDTA FUSOSET 0 K2EDTA iSTAT Hct 1 iSTAT Hct
235. 249 0 tee CDS Ao oe 1 _ 2 1 2 Sg 3 4 ANF 4 Bo 5 5 CDS E 2 90 2 7 CDS 1 1 01FEBO1 2
236. D CLEW 5 10 40 100 2011 10 5 11 M he i E Md DU MNA QNA 5 12
237. E i 31 34 35 36 FILL i FILL NE opi eyes Vay 30 37 FILL FILL vH 38 39
238. Bi Eu CDS 7 4V CLEW So Z 15 16 4 16 4 1
239. 10 2mmol L 0 30mmolL 2 2 CLSI 2 5mmol L APOC CLSI 37 5mmol L 2 5mmol L 3 CLSI 434mmol L 0 5mmol L Cl 1 Kharasch E D Hankins D Mautz D Thummel K E Identification of the enzyme responsible for oxidative halothane metabolism implications for prevention of halothane hepatitis Lancet 1996 347 1367 1371 Cl 2 Morrison J E Friesen R H Elevated serum bromide concentrations following repeated halothane anaesthesia in a child Can J Anaesth 1990 37 7 801 803 Cl 3 Hankins D C Kharasch E D Determination of the halothane metabolites trifluoroacetic acid and bromide in plasma and urine by ion chromatography J of Chromatography B
240. 5mL 2013 5 8 2 pH pCO Hct 8 2 1 iCa 10 I U mL 8 2 2 iCa CO HCO CO
241. FUSOSETO j STAT K3EDTA i STAT K SEDTA KJjEDTA i STAT 1 0425 KEDTA KaEDTAT ji STAT K EDTA KJEDTA i STAT 1 0425 KZEDTA
242. Glu 2 2013 12 2015 1 i STAT mmol L 0 045 0 132 2 0 0 30 9 59 0 34 0 006 0 133 6 pp ew 6 6 13 3 Kk 1 4 1 CLSI 1 32mmol L 2 3 4 5 6 i STAT 6 EC8 EC4 0 132mmol ji STAT 1 32mmol L i STAT CHEM8 CG8 2 CLSI 0 30mmol L
243. MH K EDTA ir STAT ji STAT MH KzEDTA MH K3EDTA Advia Cell Dyn Coulter Sysmex KaEDTA Advia Cell Dyn Sysmex K EDTA Rt ade MN EE es ji STAT KJjEDTA QE an i STAT KaEDTA KsEDTA
244. 1 2 30 30 10 30 ae 40 a 2 7
245. 1 03 1 05 1 00 y 1 39 0 28 0 38 Sy x 0 99 0 31 0 85 Xmin 5 5 7 Xmax 70 38 66 r 0 997 0 998 0 997 i STAT BUN CLSI mmol L 37 5 1 0 92 BUN 2 STAT BUN mmol L 1 32 102 0 34 37 5 p PWD 66 4 34 69 BUN 2 2015 1 1 2 BUN 1 2015 1 2 CLSI 2 5mmolL
246. 2 3 4 3 5 pH CO 0 7CO iCa 10 30 5 2 5 2 A 1 mL 3 6 KK 4
247. 1 CHEM8 tCO 1b 12 3 2 8 fF 18 30C 5 30C 4 12 4 pH COn pO iCa CHEM8 10 1
248. F n a E sample E calibrant S log a sample a calibrant E sample a sample S f Hl a Calibrant pH CO HCO BE log HCO pH logpCO 7 608 BE ecf HCO J 24 8 16 2 pH 7 40 BEb 1 0 014Hb HCO 24 8 1 43Hb 7 7 pH 7 4 Na K C1 pH CO Anion Gap An Gap An Gap EC 8 Na K CI HCO An Gap CHEM 8 Na K CI CO 1 pCO nS l 2015 1 AERA E 7 E zz BER O25 RHA pCO mmHg 5 0 130 0 35 45 41 51 HOO mmol L 1 0 85 0 2220 23 28 BE mmol L 30 30 2 3 2 43 An Gap mmol L 0 99 10 20
249. 0 0065 7 4 pH T 37 pH 1 2015 1 GE pH CO 0O iiSTAT 5 10 SD CV 1 7 165 0 005 0 08 3 7 656 0 003 0 04 ee eee Nova Laboratory ILBGE ICA 1 STAT Profile 5 ABL 500 n 62 47 57 45 Sxx 0 005 0 011 0 006 0 004 Syy 0 009 0 008 0 008 0 008 0 974 1 065 1 058 1 0265 y 0 196 0 492 0 436 0 1857 Sy x 0 012 0 008 0 010 0 0136 Xmin 7 210 7 050 7 050 ee Xmax 7 530 7 570 59 m9 r 0 985 0 990 0 992 0 986 15875 EnH pH CO pH pH 1 0 03
250. 1 pO O O Pl RIZE db L sO 0 100 X3 150X i X3 150X 23400 X pO a 1 Q0 8 H 7 4 0 0013 HCO 25 ele ly b sO O pH CO pH HCO
251. 10 5 2015 1 i STAT CHEM8 CHEM8 1 ENT 300 NA aT y SES 4 AS AASENS SL ISESISZ uM WH ISV TIN Ty Gr7 GU7 Wus NES LIN 7 AV 47 Au SS LI ISIELSF NI NN Ius 2 10 00 17MAY10 DY PA EB 1 2 i STAT MENU 6 1 2 ID 3 4 QC 5 6 7 Wax p 10
252. 2O 3 mL i STAT 5 pCO mmHg SD CV 1 63 8 1 57 2 5 3 19 6 0 40 2 0 mmHg Instrumentation Laboratory ABL500 IL BGE n 29 62 Sxx 0 74 0 69 Syy 0 53 1 24 1 016 1 003 y l l 0 8 Sy x 0 32 1 65 Xmin 28 30 4 Xmax 9 99 0 r 0 999 0 989 CO CO pH HCO CO CO HCO CO CO
253. 5 A rbd muita EE E REHE BAIDD Iy puniria h H Uv YOR ID GE cs DW 06 S90 LAA E57 N Oo OO A CO DN
254. 801 803 Glu 4 Wu HB A Tietz Clinical Guide to Laboratory Tests 4th Edition 2006 Glu 5 Kenneth K Wu MD PhD Aspirin and Salicylate Circulation 2000 102 2022 Glu 6 Gillian M Borthwick A Sarah Johnson Matthew Partington John Burn Robert Wilson and Helen M Arthur Therapeutic levels of aspirin and salicylate directly inhibit a model of angiogenesis through a Cox independent mechanism The FASEB Journal 2006 20 2009 2016 Glu 7 Charles R A Bee Y M Eng P H K Goh S Y Point of care blood ketone testing screening for diabetic ketoacidosis at the emergency department Singapore Med J 2007 48 11 986 Glu 4 2013 12 Crea Crea
255. 32 Sy X 0 18 0 17 Xmin 0 80 1 77 Xmax 14 20 14 24 r 0 998 0 997 2 25C 30 70 idles a STAT CLSI mmol L 37 5 3 Tog 564 0 92 Lac 2 2013 5
256. 692 1997 413 418 Cl 4 Raftos J E Chapman B Kuchel P W Role of N acetylcysteine and cystine in glutathione synthesis in human erythrocytes Redox Rep 2009 14 3 115 124 Cl 5 Whillier S Raftos J E Chapman B Kuchel P W Role of N acetylcysteine and cystine in glutathione synthesis in human erythrocytes Redox Rep 2009 14 3 115 124 CI 6 Paolo Ventura Rossana Panini Maria Cristina Pasini Gabriella Scarpetta and Gianfranco Salvioli N Acetyl Cysteine Reduces Homocysteine Plasma Levels after Single Intravenous Administration by Increasing Thiols Urinary Excretion Pharmacological Research Volume 40 Issue 4 October 1999 Pages 345 350 Cl 7 Charles R A Bee Y M Eng P H K Goh S Y Point of care blood ketone testing screening for diabetic ketoacidosis at the emergency department Singapore Med J 2007 48 11 986 Cl 8 Gillian M Borthwick A Sarah Johnson Matthew Partington John Burn Robert Wilson and Helen M Arthur Therapeutic levels of aspirin and salicylate directly inhibit a model of angiogenesis through a Cox independent mechanism The FASEB Journal 2006 20 2009 2016 Gel 5 2015 1 I STAT iCa
257. Crea 2 2015 1 STAT mmol L 0 045 oY 0 132 oe 0 3 oe 35 0 0 342 5 0 0 006 155 S 6 0 eee 6 6 0 071 0 31 4 34 KM 1 4 1 FUTFYOURR Mt 9TE0 17 0 70mg dL 13 53 u mol L X 1E0 35 0 93mg dL 27 7lumol L 2 HITV D
258. 12 CLEW CLEW 13 CLEW CLEW JAMS CLEW CLEW 14 95 72747 2015 1 16 7
259. 4 PRICEY RETO 12 8 12 9 16 220 1 mL 3mL 1 mL
260. BAM BAM 5124661
261. CLSI document EP9 A ISBN 1 56238 283 7 CLSI 940 West Valley Road Suite 1400 Wayne Pennsylvania 19087 1898 USA 1995 P J Cornbleet and N Gochman Incorrect Least Squares Regression Coefficients in Method Comparison Analysis in Clinical Chemistry 25 3 432 1979 Clinical and Laboratory Standards Institute CLSI Interference Testing in Clinical Chemistry Approved Guideline Second Edition CLSI document EP7 A2 ISBN 1 56238 584 4 Clinical and Laboratory Standards Institute 940 West Valley Road Suite 1400 Wayne Pennsylvania 19087 1898 USA 2005 J D Bower P G Ackerman and G Toto eds Evaluation of Formed Elements of Blood in Clinical Laboratory Methods St Louis The C V Mosby Company 1974 P C Painter J Y Cope J L Smith Reference Ranges Table 41 20 in Tietz Textbook of Clinical Chemistry Second Edition C A Burtis and E R Ashwood eds Philadelphia W B Saunders Company 1994 D S Young and E W Bermes Influence of Site Collection on Blood Gases and pH in Tietz Textbook of Clinical Chemistry Second Edition C A Burtis and E R Ashwood eds Philadelphia W B Saunders Company 1994 D Fraser G Jones S W Kooh and I Raddle Calcium and Phosphate Metabolism in Tietz Textbook of Clinical Chemistry Second Edition C A Burtis and E R Ashwood eds Philadelphia W B Saunders Company 1994 E L Pruden O Siggaard Anderson and N W Tiet
262. Sy x 1 38 1 56 0 96 Xmin 19 3 18 3 21 Xmax 43 9 36 1 35 r 0 965 0 935 0 943 CO 7CO CO CO CO 7CO tCO 2 2015 1 i STAT pO sO pH CO O CO O
263. n a E E S loga S le IDRE 10 mV 1 25C 59 1mV 17 2 5 a y a yc 0 Spent unity 1 17 2 6
264. 1 000 3 0minutes 0 0 120 seconds 120 120 45 1 620 1 Disabled 2 v 2015 1 i STAT 1 65 535 qu uS
265. 10 20 CO mmHg kPa mmHg 0 133 CO iISTAT 37 CO CO pCO it CO CO A CO
266. 10 20 1 mmol L 2 mEq L pO 1 77 mmHg 2 Ref 80 105 1 kPa 2 mmHg 2010 1 SB NOE 2 pCO 1 mmHg 2 Ref 41 0 51 0 1 kPa 2 mmHg BE 1 77 mmol L 2 Ref 2 3 l mmol L 2 mEq L HCO 1 3 7 mmol L Ref 230 280 1 mmol L 2 mEq L sO Ref 95 98 Hb 1 77 g dL 2 Ref 120 170 1 mmol L 2 g dL 3 g L Het 1 47 PCV 2 Ref 38 51 Tels 2 PCV Lac 1 47 mmol L 2 Ref 0 36 1 25 1 mmol L 2 mg dL 3 g L Crea l1 4 7 mg dL 2 Ref 0 6 1 3 l mg dL 2 umol L 7 6 ai i STAT Period 1 2 Disabled 2 2010 1 A S i STAT Se
267. 100 180 138 146 Na 1 2015 1 mmol L mEq L SD CV 1 120 0 0 46 0 4 3 160 0 0 53 0 3 mmol L mEq L Beckman Kodak Nova Synchron Ektachem 700 STAT Profile 5 CX 3 n 189 142 192 Sx 0 74 0 52 0 54 Syy 0 53 0 58 0 53 1 00 0 98 0 95 y DIE 3 57 5 26 Sy X 1 17 1 04 1 53 Xmin 126 120 124 Xmax 148 148 148 r 0 865 0 937 0 838
268. EDTA i STAT 29 PCV 2 PCV 30 50 PCV 3 PCV 50 PCV 10 i STAT i STAT i STAT 1 Bull BS van Assendelft OW Fujimoto K et al International Council for Standardization in Haematology Expert Panel on Cytometry Recommendations for Reference Method for the Packed Cell Volume ICSH Standard 2001 Lab Hematol 7 148 170 2001 2 CLSI Calibration and Quality Control of Automated Hematology Analyzers Proposed Standard CLSI document H38 P 1 56238 398 1 CLSI 940 West Valley Road Suite 1400 Wayne Pennsylvania 1908 1898 USA 1999 3 CLSL Procedure for Determining Packed Cell Volume by the M
269. PCV 1 g dL 1gdL Hct gt 40 PCV z 075 PCV 075 PCV CPB ECMO 6 5 8 0g dL CPB CPB CPB CPB 30 PCV CPB 1 5 PCV
270. SD CV 30 0 0 44 1 5 49 0 0 50 1 0 PCV i STAT 2 20 2 Hct 1 2015 1 Coulter Nova Abbott Sysmex S Plus STAT Profile 5 Cell Dyn 4000 SE 9500 n 142 192 29 29 Sxx 0 50 0 46 0 41 0 53 Syy 1 09 1 31 0 77 0 76 0 98 1 06 1 06 1 11 yu 1 78 3 98 1 42 4 19 Sy x 2 03 2 063 1 13 0 98 Xmin 18 21 19 24 Xmax 5 50 46 47 r 0 952 0 932 0 993 0 980 ESR eee d we BEHE Hct 6 5g dL gt 80g dL 1 g dL 1g dL Hct lt 40 PCV j 1 PCV 1
271. ketoacidosis at the emergency department Singapore Med J 2007 48 11 986 Na 3 2010 5 STAT K E E RT nF Ina CO CEI E lit yt HADER RISER TugefWumE PlL7 7 77 yc ame era nine E sample E calibrant S log a sample a calibrant E sample a sample a calibrant S K mmol L mEq L 2
272. therapy and point of care testing improve outcomes after congenial heart surgery Intensive Care Med 2005 31 98 104 Lac 4 201342 5
273. 0 9 0 3 5 4 9 cCoXzH S pH MFc MAEDEROKO BRUROZCHKANTYA MAE YD 0 2mmol nrc n 2015 1 mmol L mEq L SD C V 1 2 85 0 038 3 6 30 0 039 0 6 mmol L mEq L Beckman Kodak Nova Synchron Ektachem 700 STAT Profile 5 CX 3 n 189 142 192 Sx
274. 11 986 Crea 4 2013 12 Lac Lac cts RA RIA H 09 L 3 8 0 iiir E vE H O HzO DEEE y O 2H 28 in 7 o
275. 7 2t C mno1 L 101 PCO mmHg 27 CT mmo1 L 101 mmumxumg PO mmHg 125 wm TCO2 mmol L 27 BEecf mmol L 4 TCO2 mmol L 25 SS e oO BUN mg dL 12 HCO mmol L 20 BUN mg qu 12 TCO mmol L 21 Glu mg dL 106 s02 99 Glu mg d 106 e mud Hct zPcv 41 S Hct zPcv 40 gt N E A ay Cae RE aay Y p led NT 10 3 1 K SH 10 3 2 10 3 3
276. H K Goh S Y Point of care blood ketone testing screening for diabetic ketoacidosis at the emergency department Singapore Med J 2007 48 11 986 BUN 3 Glu Glu H O B D 7 VIA A H O 0 2272 1 v7 D H O H 0 2H 0 2e7 Glu mg dL 20 700 70 105
277. NA 500mg 2g 100 500umol L 3 CLSI 1 32mmol L 0 132mmol L 4 2 CLS1I 0 30mmol L 3 APOC CLSI
278. STAT 2 4 2 5 2 9V 400 did 50 6 2 6
279. Xmax 10 3 r 0 997 SD 4 33 0 131 0 81 0 039 58 0 141 0 143 0 960 0 022 0 261 0 7 20 0 0 996 CV 240 4 8 Beckman LX20 J amp J Vitros 950 Mine Otte c LO BED b 00 75 e KG Dade Dimension RxL 3l 36 0 04 0 04 0 12 0 06 0 948 0 964 0 206 0 100 0 165 0 123 0 5 0 5 7 2 5 7 0 991 0 986 i STAT CLSI mmol L 1 32 DVT F v ihe LASS 3 10 2 4 0 34 0 3mg qdL DY 5 0 382 0 2mg dL 1 0 92 10 0
280. ct Na COSE LU LO ommo CPOs eo ORR ETE ICOs pH PCO HOO sO gt 7CO pH CO Duy 1 K 3 2 5 5 60 60 1 25 K 3 2 5 5 30 30 M PEO YY Pb ORs IRB HO NANA 10 4 2011 10 10 4 10 4 1
281. e hb CPB 1 CPB CPB 2 CPB C PB 3 CPB C PB K2EDTA K2EDTA Heparin None QE STAT 1 K3EDTA 2 K2EDTA NaEDTA Prompt CPB CPB K3EDTA CPB K2EDTA CPB Oe ae ge 1 ecf BE 2 b
282. eine Reduces Homocysteine Plasma Levels after Single Intravenous Administration by Increasing Thiols Urinary Excretion Pharmacological Research Volume 40 Issue 4 October 1999 Pages 345 350 iCa 3 Gillian M Borthwick A Sarah Johnson Matthew Partington John Burn Robert Wilson and Helen M Arthur Therapeutic levels of aspirin and salicylate directly inhibit a model of angiogenesis through a Cox independent mechanism The FASEB Journal 2006 20 2009 2016 iCa 4 Kharasch E D Hankins D Mautz D Thummel K E Identification of the enzyme responsible for oxidative halothane metabolism implications for prevention of halothane hepatitis Lancet 1996 347 1367 1371 iCa 5 Morrison J E Friesen R H Elevated serum bromide concentrations following repeated halothane anaesthesia in a child Can J Anaesth 1990 37 7 801 803 iCa 6 Hankins D C Kharasch E D Determination of the halothane metabolites trifluoroacetic acid and bromide in plasma and urine by ion chromatography J of Chromatography B 692 1997 413 418 iCa 7 Charles R A Bee Y M Eng P HK Goh S Y Point of care blood ketone testing screening for diabetic ketoacidosis at the emergency department Singapore Med J 2007 48 11 986 Ca 4 2013 5 STAT pH
283. epsis induced tissue hypoperfusion Crit Care Clin 2009 25 769 779 Lac10 Dellinger RP Levy MM Carlet JM et al Surviving Sepsis Campaign international guidelines for management of severe sepsis and septic shock 2008 Crit Care Med 2008 36 296 327 Lacll Shapiro NI Fisher C Donnino M et al The feasibility and accuracy of point of care lactate measurement in emergency department patients with suspected infection Emerg Med 2010 39 89 94 Lacl2 Crowl AC Young JS Kahler DM et al Occult hypoperfusion is associated with increased morbidity in patients undergoing early femur fracture fixation Trauma 2000 48 260 267 Lacl3 Paladino L Sinert R Wallace D et al The utility of base deficit and arterial lactate in differentiating major from minor injury in trauma patients with normal vital signs Resuscitation 2008 77 363 368 Lacl4 Blow O Magliore L Claridge JA et al The golden hour and the silver day detection and correction of occult hypoperfusion within 24 hours improves outcome from major trauma J Trauma 1999 47 964 969 Lacl5 Bakker J and Pinto de Lima A Increased blood lacate levels an important warning signal in surgical practice Crit Care 2004 8 96 98 Lacl6 Husain FA Martin MJ Mullenix PS et al Serum lactate and base deficit as predictors of mortality and morbidity Am J Surg 2003 185 485 491 Lacl7 Rossi AF Khan DM Hannan R et al Goal directed medical
284. i STAT 1 i STAT1 JMDN 30847000 JMDN 33328000 JMDN 35706020 12B1X00001 12B1X00001000020 270 2214 278 TEL 047 385 2211 Abbott Point of Care Inc USA S C W nisse T
285. icrohematocrit Method Approved Standard Third Edition CLSI document H7 A3 ISBN 1 56238 413 9 CLSI 940 West Valley Road Suite 1400 Wayne Pennsylvania 1908 1898 USA 2000 4 Gotch F Torres L Evans M Keen M Metzner K Westpal D Polascegg H Comparison of Conductivity Measured Hematocrit to Microhematocrit ASAIO Transactions 37 M138 139 1991 5 Parikh M Evaluation of BD Vacutainer Plus Plastic 40mL K EDTA 20mL K EDTA and Glass 50mL K EDTA Tubes for CBC WBC Differential Count and Reticulocyte Count Technical Literature Becton Dickenson and Company 2003 i STATIiX Abbott Group of Companies Advia Siemens Healthcare Diagnostics Tarrytown NY Ce11 Dyn Abbott Laboratories Abbott Park IL Coulter Beckman Coulter Inc Fullerton CA Sysmex Syssmex Corporation Kobe Japan 12 6 2015 1 13 13 1
286. lood BE ecf ecf w i eR H 1 47 FR SG BH D EH e L Ze vo NS Ww 2 7 Disabled 77 2015 1 8 8 1 e RERE e IESIRE 8 1 1 8 1 2
287. man Coulter Bayer 860 Dade Dimension LX20 RxL Xpand n 35 40 32 Sxx 2 21 4 71 0 98 Syy 0 69 0 96 0 59 1 03 0 99 1 01 y 3 39 1 67 0 85 Sy x 0 91 0 70 1 57 Xmin 45 58 48 Xmax 297 167 257 r 0 999 0 993 0 998 7mg dL STAT CLSI mmol L 1 32 1 10 2 2 37 5 3 9 p cae 1 nlt uit 3 2H 0 92 6 9 7mg dL
288. se pest eat 3 11 UM 706 2015 1 H X ER HESS S Mee MME 9 GI es es C L 2 Xu Wa iW C 3 LR 4R 5 1 43 2 9 OL diss EDE NECI RC islam i ee eae Bes GN ESTATI I SU tears ee DR d Dog cud ut ibd iE DRM ditus G ETE JAAA oo eee ee ein ees y Se wa Re ECCLES P 2 9 Wd RUSVSHDIBIBUGENE eei eap rr pti PO rentia E 9 Sie Bohs Ses lb eee ern ee 10 ER EIS UI ECCL C S ri OME GO IE iene sleeper ee tmd ce d nd Ute tp 12 EEG LI UA d SUI NADEL LL LL daatnde ni i3 14 ae mi oe Oi OS a de kD Lo 1 REED 14 See r A PR AOld OCC CCS LLLI is Sige FSH O hoy a 0 eee ae esisi le Un wx WEE 2 00 eA omn 17 BSE siesta 18 2015 1 1 i STAT1 i STAT iiSTAT ty 1 1 i STAT i STAT POC POCT
289. t gt 145 18 30C 14 20 18 80 2 lt gt SCAN ABC ENT MENU b D 2013 5 2 FSTAT1 STATI gt 2 2 2015 1
290. x 0 060 0 031 0 065 Syy 0 055 0 059 0 055 0 97 1 06 0 99 y 0 02 0 15 0 01 oy x 0 076 0 060 0 112 Xmin 2 8 3 0 2 8 Xmax Dod 9 2 5 8 r 0 978 0 993 0 948 MEATS AY AE 0 1 0 7mmolL 1 ra Ks L ARI TIL E 5 mmol L 1 32 10 2 0 34 2 5 j 6 0 E 6 6 1 0 4 34 STAT CLSI X CLSI
291. z Blood Gases and pH in Tietz Textbook of Clinical Chemistry Second Edition C A Burtis and E R Ashwood eds 18 6 2010 10 Philadelphia W B Saunders Company 1994 13 CLSI Blood Gas and pH Analysis and Related Measurements Approved Guideline CLSI 2010 10 document C46 A ISBN 1 56238 444 9 CLSI 940 West Valley Road Suite 1400 Wayne Pennsylvania 19087 1898 USA 2001 i STAT lt Abbott Laboratories CX3 CX9 LX20 Coulter S Plus IX Beckman Coulter Inc Fullerton CA EC Ektachem IX Kodak Clincal Diagnostics Vitros Ortho Clinical Diagnostics Rochester NY STAT Profile Nova Biomedical Waltham MA ICA1 ABL Radiometer Medical A S Copenhagen Denmark BGE i Instrumentation Laboratory Lexington MA Bayer845 860 Bayer Diagnostics Tarrytown NY Cell Dyn Abbott Laboratories Abbott Park IL SE9500 Sysmex America Inc Mundelein IL Dimension RxL Xpand Dade Behring Inc Deerfield IL Vitros IZ Ortho Clinical Diagnostics Rochester NY 18 7 I STAT Na
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