Unit #: ACO30307398

pH! venous

Sent 02/23/ @ifex Weal: 21,
Department of Laboratory Medicine
** Discharge Cumulative lab Report **

MPI #: FHEMRS@97116

RIRGHABAR.RALE
Ll Mar 2022

*** REPORT CONTINUED ***
Patient: HOLAND,MARK THOMAS

Page - 39

DOB: O4/saP/1978 / 43/M

* BLOOD GASES *(Moasured at 37 Degroas C.)

VENOUS BLOOD GASES & WHOLE BLOOD CHEMISTRY

peoz Venous

(7.32-7.43) (38-50)

YB/MAR/2Z2 1359

mmHg

Bicard Venous BE, Venous

(22-26)
mmol? lL

mmol/L

Sodium W.Bld
(135-145)
mmol/L

Loc'n

Potassium W.B1d
(3.5-5.0)
mmol/L

Pagan: 3

> RU-BAINI

Glucose W.Bld
(3.6+7.9)
mmol/L

Date wie

GB BG Lactate Ww. Bld
(135-180) (0.5-2.2)

gh

mmol/l

Tonca Corrected
(1.15-1.32)

mnol/h

>O/MAR/Z2 1359

LIPID PROFILE

Date
Time

10943) i

G/MAR/ 22
1903

1.8

1.06 (k)

he

* CHEMISTRY *

Reference

ȴasting Hours
>CholesterolL
Triglycerides
SaDL

PLDL (Cale)
SNonEDL (Cele)

UNK
a4
1.4
oF
1.11)
Le nt)

NOTES: (4) HB from blood gas analyzer may differ $-10% from the cad.
(k) Sample pH within range 7.2 - 7.6 Tonized Calcium corrected

to po 7.4

(1) The optimal LDL cholesterol for intermediate and high risk
individuals is less than 2.4 mmol/L. If triglycerides are
greater than 1.4 mmol/L, consider monitoring of alternate
lipid targets nonHDL cholesterol or apoB. For low risk
individuals with LDL cholesterol greater than 4.9 mmol/L,
target a reduction of LDL cholesterol of at lsast 50
parcent. See Can J Cardiol 2013 vol 23 pgs 151 to 167.

Non HDI-cholesterol is calculated from tokal cholesterol and
HDL-¢ and is not affected by the fasting status of the
patient. The optimal non HDL-cholesterol level for
intermediate and high risk individuals is less than 2.7
mmol/L. See Can J Cardiol 2013 vol 23 pgs 151 to 167.

Prant date/time: 15/03/22 0152
Acot#: RCA04198/21

PAGE 39/47 * RCVD AT 2/23/2026 12:10:26 PM [Pacific Standard Time] * SVR:FAXP21/3 * DNIS:9777 * CSID: * ANI:17783680130 * DURATION (mm-ss):21-27

By:
Unité:

BAG DAEMON
BoO3030 788

Page
Pationt:

(3,.0-5.2)
4<2.3)
(>0.9)

(165-314)
(<4. 3)

he
mmolé lL
mmol/L
mmol b
mmol/L
menos