lab MSW JR[1]
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Transcript of lab MSW JR[1]
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I. LABORATORY AND DIAGNOSTIC EXAMINATIONS RESULTS
Date Procedure Norms Result Interpretation and
Analysis
July
16,2010
CBC
Hemoglobin Hematocrit
RBC count
MCV
MCH
MCHC
RDW-CV
WBC count
Neutrophils
Lymphocytes
Basophils
Monocytes
Eosinophils
Platelets
MPV
110-160 g/L0.370-0.5403.50- 5.50
10^12/L
80.0-100.0
fL27.0-34.0
pg
32.0-36g/dL
11.0-16.0 %
4.00-10.0010^9/L
50.0-70.0 %
20.0-40.0 %
0.0-1.0 %
3.0-8.0 %0.5-5.0 %
100-30010^9/L6.5-12.0 fL
1550.4825.07
95.1
30.6
32.2
12.0
8.20
45.2
44.8
0.5
5.04.5
168
8.5
NormalNormalNormal
Normal
Normal
Normal
Normal
Normal
Decreased neutrophil
levels may be the result
of severe infection orother conditions, such as
responses to various
medications, particularlychemotherapy.
(www.labtestonline.org)
Lymphocytescanincrease in cases ofviral
infection, leukemia,cancer of the bone
marrow, or radiation
therapy
(www.labtestonline.org)
Normal
NormalNormal
Normal
Normal
July
12,
2010
Clinical Chemistry
Creatinine Adults: 45-
104 umol/L
Neonate:
62.17 Normal
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Na+
K+
27-87
umol/L
Infant: 14-
34 umol/L
Child: 23-
68 umol/L135-145
mmol/L3.6-5.5
mmol/L
137.00
3.87
Normal
Normal
July14,
2010
X-ray
Skull
Cervical
Normal
findings are
a normalskull and
surrounding
structures.
Three
curves tofollow
> There is
complete
fracture ofthe proximal
half of the
nasal bone.
>No definite
radiologicevidence of
fracture in
Patients with nasal
fractures usually present
with some combinationof deformity, tenderness,
hemorrhage, edema,
ecchymosis, instability,and crepitation;
however, these features
may not be present or
may be transient. Tofurther complicate the
matter, edema can mask
underlying nasaldeformity, crepitation,
and instability; thus,
many physicians and
patients fail to pursuefurther diagnosis and
appropriate treatment. Ifuntreated, nasal fractures
can result both in
unfavorable appearance
and in unfavorablefunction, especially
when the underlying
structural integrity of bone and cartilage is
lost.
(http://emedicine.medscape.com)
> no fracture and sudden
deceleration of the body,with flexion and
extension movements of
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CXR
a. Anterior
aspect ofvertebral
bodies
b. Posterior
aspect ofvertebral
bodiesc.
Spinolamin
ar line
Bones forsymmetry
A normalchest x raywill show
normal
structures
for the ageand medical
history of
the patient.Findings,
whether
normal orabnormal,
will be
provided tothe referring
physician in
the form of
a writtenreport.
the views
obtained.> There is
straightening
of the
cervicalvertebrae
probablysecondary to
muscle
spasm.
> There aremultiplefracture noted
involving the
3rd, 4th, 5th, 6th
and 7th
posterior ribs.
> There is
inhomogeneous opacity
noted in the
right lateralchest. There
are linear
lucenciesnoted in the
left lateral
chest wall
bothsupraclavicul
ar area,
suggestive ofsubcutaneous
emphysema.
the cervical spine
usually results in sprainor intervertebral disc
injury without fracture
or dislocation. The
commonest radiographicappearance is
straightening of thecervical spine due to
severe muscle spasm,
with the normal
curvature reduced orreversed.
(www.imageinterpretatio
n.com)
Rib fractures maycompromise ventilation by a variety of
mechanisms. Pain from
rib fractures can cause
respiratory splinting,resulting in atelectasis
and pneumonia. Multiple
contiguous rib fractures(ie, flail chest) interfere
with normal
costovertebral anddiaphragmatic muscle
excursion, potentially
causing ventilatoryinsufficiency. Fragments
of fractured ribs can also
act as penetrating objects
leading to the formationof a hemothorax or a
pneumothorax. Ribs
commonly fracture at thepoint of impact or at the
posterior angle
(structurally their weakest area). Ribs four
through nine (4-9) are
the most commonly
injured.(http://emedicine.medsca
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Right hand
Right
forearm/left
thigh/pelvis
No fracture
in any
cartilageand bone in
the hand
No fracture
on the
forearm, left
thigh, andpelvis
> No definite
radiologic
evidence offracture in
the viewsobtained.
> A soft
tissue injury
os noted inthe dorsal
aspect of the
right hand.
> No definite
radiologic
evidence of
fracture inthe views
pe.com)
No fracture identified
and the pathophysiology
of soft tissue injuries of
the hand is diverse. Themost common
mechanisms of injuryare blunt trauma (eg,
crush injury, contusions,
abrasions), laceration,
avulsion, ring avulsion,and burns. Besides skin
and superficial tissues,
the many muscles,ligaments, and tendons
of the hand arevulnerable to injury, asare the nerves and blood
vessels that supply these
structures. Damage to
these structures maycreate permanent
functional and/or
sensory deficits specificto the site of injury. Soft
tissue injuries of the
hand rarely are lifethreatening. However,
the high incidence of
disability fromchronically painful or
unstable joints is
reflected by the fact that
hand derangementsaccount for 9% of all
worker compensation
claims.(http://emedicine.medsca
pe.com)
No fracture identified.
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obtained.