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and
Differential
...
Algorithm
- ... #
Differential
# ...
Algorithm
#Diagnosis ... #
Peds
#Pediatrics
Constipation -
Differential
... Diagnosis
Algorithm
... Dietary/
Functional
... Atresia Dietary/
Functional
... #Causes #
Peds
Constipation -
Differential
... Diagnosis
Algorithm
... Dietary /
Functional
... Fibrosis Dietary/
Functional
... #Causes #
Peds
#
Interpretation
Algorithm
... Interpretation #
Algorithm
... #diagnosis #
differential
... #pulmonary #
function
Pediatric Fractures -
Differential
... Diagnosis
Algorithm
... • Torus (
junction
... • Torus (
junction
... #Causes #
Peds
#
interpreting thyroid
function
... #
differential
#
algorithm
Preserved liver
function
... Preserved liver
function
... Preserved liver
function
... Preserved liver
function
... End-stage liver
function
Nausea / Vomiting -
Differential
... Genitourinary •
Functional
... Nausea #Vomiting #
Differential
... #Diagnosis #
Classification
Thyroid
Function
... DharSaty #Thyroid #
Function
... laboratory #patterns #
differential
of Dysphagia -
Differential
... Non-relaxation of EG
junction
... Achalasia, EG
junction
... sclerosis -
Functional
... Esophageal #Dysphagia #
Differential
Pulmonary
Function
... Interpretation
Algorithm
... #Pulmonary #
Function
... Interpretation #
Algorithm
Classification
of ... of nucleic acid
function
... cell membrane
function
Flowchart of the
function
... #RAAS #system #
algorithm
Diagnostic
algorithm
... disease; LFT, liver
function
... #Diagnosis #
Peds
... Hypertension #Workup #
Algorithm
Regurgitation - Carpentier
Functional
...
Classification
... Regurgitation #Carpentier #
functional
... #
Classification
with Dysphagia -
Classification
...
Algorithm
#Dysphagia ... #
Differential
# ...
Algorithm
#Diagnosis ... #
Classification
Volume (MCV) -
Differential
... Diagnosis
Algorithm
... - Normal Liver
Function
... Abnormal Liver
Function
... #Diagnosis #
Algorithm
Lupus Nephritis
Classification
...
Algorithm
#Lupus ... #Nephritis #
Classification
... #
Algorithm
#diagnosis ... #
differential
#
Hypochloremia -
Differential
... Diagnosis
Algorithm
... transport, renal
function
... Gastrointestinal
function
... #Diagnosis #
Algorithm
Hyperphosphatemia -
Differential
... Diagnosis
Algorithm
... Impaired Renal
Function
... HighPhosphate #
Differential
... #Diagnosis #
Algorithm
Shock
Classification
... extremities, LV
Function
... #criticalcare #
Classification
Pulmonary
Function
... Interpretation
Algorithm
... Interpretation #
Algorithm
Microangiopathy (TMA) -
Differential
... and Management
Algorithm
... hemosiderin, Hepatic
function
... Microangiopathy #TMA #
Differential
... Diagnosis #Management #
Algorithm
Nephrotic Syndrome -
Classification
... Nephrotic #Syndrome #
Classification
... #
Differential
# ... Diagnosis #Nephrology #
Algorithm
Elevated Liver
Function
... Tests (LFTs) -
Differential
... LouLectures #Liver #
Function
... #Tests #LFTs #
Differential
Heart Failure -
Differential
... Diagnosis
Algorithm
... Diastolic/Systolic
Function
... HeartFailure #Cardiology #
Differential
... #Diagnosis #
Algorithm
tasks, and brain
function
... Dementia #Umbrella #
Differential
... Types #Subtypes #
Classification
Drivers Safety (
PODS
... )
algorithm
, a toolbox ... of
functional
assessment ... Diagnosis #Geriatrics #
PODS
... DriversSafety #
Algorithm
Bleeding / Bruising -
Differential
... Diagnosis
Algorithm
... Disordered Platelet
Function
... Bleeding #Bruising #
Differential
... #Diagnosis #
Algorithm
Sensory Changes -
Differential
... Diagnosis
Algorithm
... Neuromuscular
Junction
... Sensory #Neurology #
Differential
... #Diagnosis #
Algorithm
- Fracture at
junction
... Fractures #Types #
Classification
Double Vision -
Differential
... Diagnosis
Algorithm
... Dislocation •
Functional
... Neuromuscular
Junction
... #Diagnosis #
Algorithm
Origin #Diagnosis #
Peds
... FeverUnknownOrigin #
Differential
... #
Algorithm
#PEMSource
Child #Diagnosis #
Peds
... Limping #Child #
Differential
... #
Algorithm
#PEMSource
- Generalized
Differential
... Diagnosis
Algorithm
... Mellitus Liver
Function
... #dermatology #
Differential
... #Diagnosis #
Algorithm
Floppy Newborn) -
Differential
... Diagnosis
Algorithm
... Neuromuscular
Junction
... #Diagnosis #
Algorithm
... #Causes #
Peds
#
Pupillary Defects -
Differential
... Diagnosis
Algorithm
... Neuromuscular
Junction
... Pupils #Defects #
Differential
... #Diagnosis #
Algorithm
#Diagnosis #
Peds
... #Pediatrics #
Differential
... Anemia #Causes #
Algorithm
Unexplained Event)
Algorithm
... definition and
classification
... Diagnosis #Management #
Peds
... UnexplainedEvent #
Algorithm
loss if renal
function
... Hypomagnesemia #
algorithm
... #
differential
#
Diastolic
Function
... Dysfunction #Grading #
Classification
#Vessel #Size #
Classification
... #ANCA #
Differential
... #
Algorithm
#Ddxof
ArielleKlepper #Rash #
Algorithm
... #RASHonal #
Differential
... #Diagnosis #
Classification
-
Functional
... Incontinence - This is a
functional
... Incontinence #Types #
Classification
... Causes #diagnosis #
differential
Disorders #Diagnosis #
Peds
... Ketones #Ammonia #
Differential
... #
Algorithm
Amenorrhea -
Differential
... Diagnosis
Algorithm
... Challenge •
Functional
... #Amenorrhea #
Differential
... #Diagnosis #
Algorithm
Petechial Rash -
Differential
... Diagnosis
Algorithm
... Abnormal platelet
function
... clotting factor
function
... #Diagnosis #
Algorithm
Hypocalcemia Workup -
Differential
... Diagnosis
Algorithm
... High Magnesium -
Functional
... Hypocalcemia #Workup #
Differential
... #Diagnosis #
Algorithm
Diagnosis #Management #
Peds
... Foreskin #Problems #
Algorithm
... Balanitis #Posthitis #
Differential
Sensory Changes -
Differential
... Diagnosis
Algorithm
... Neuromuscular
Junction
... Weakness #Neurology #
Differential
... #Diagnosis #
Algorithm
Kidney Disease -
Differential
... Diagnosis
Algorithm
... Decreased kidney
function
... KidneyDisease #Nephrology #
Differential
... #Diagnosis #
Algorithm
Menstrual Cycle
Function
... Menstrual #Cycle #
Differential
Differential
Diagnosis ... Diagnosis #EM #
Peds
... Failure #Thrive #
Differential
... #
Algorithm
#Ddxof
Functional
Dyspepsia ... Early satiety #
Functional
... Diagnosis #Management #
algorithm
Obstruction -
Differential
... Diagnosis
Algorithm
... Ureteropelvic
junction
... #UrinaryTract #
Differential
... #Diagnosis #
Algorithm
Abnormal Liver
Function
... Tests -
Differential
... Diagnosis
Algorithm
... Transaminitis #
Algorithm
Ovarian Mass -
Differential
... Diagnosis
Algorithm
... Endometrioid cyst
Functional
... #Ovary #Mass #
Differential
... #Diagnosis #
Algorithm
risk factors as a
classification
... Heart Association
functional
... describe the current
functional
... of the ACC/AHA
Classification
... now the ACC/AHA
classification
Functional
Dyspepsia ... Distress Syndrome (
PDS
... Distress Syndrome (
PDS
... @drkeithsiau #
Functional
... Dyspepsia #EPS #
PDS
Anxiety Disorders -
Differential
... Diagnosis
Algorithm
... Anxiety #Disorders #
Differential
... #Diagnosis #
Algorithm
... #Causes #
Peds
#
Pupillary Defects -
Differential
... Diagnosis
Algorithm
... Neuromuscular
Junction
... Pupils #Defects #
Differential
... #Diagnosis #
Algorithm
Loss of kidney
function
... Glomerulonephritis #RPGN #
Classification
... #
Differential
#
Algorithm
for the ... evaluation of adrenal
function
... StimulationTest #
Algorithm
Mycobacteria -
classification
... #Mycobacteria #
classification
... #
algorithm
#diagnosis ... #microbiology #
differential
Pediatric Diarrhea -
Differential
... Diagnosis
Algorithm
... #Diarrhea #
Differential
... #Diagnosis #
Algorithm
... #Causes #
Peds
#
Neuromuscular
junction
... Neuromuscular #Weakness #
Differential
Algorithm
for the ... Preserved kidney
function
... worsening kidney
function
... Lupus #Nephritis #
Algorithm
#Diagnosis #
Peds
... Neonatal #Jaundice #
Algorithm
... #
Differential
#
Hemolysis
Classification
... #Hemolysis #
Classification
... Intrinsic #Extrinsic #
Differential
... Diagnosis #Causes #
Algorithm
Neuromuscular
junction
... Shellfish poisoning,
Meds
... Weakness #Causes #
differential
Lethargic Newborn -
Differential
... Diagnosis
Algorithm
... Lethargic #Newborn #
Differential
... #Diagnosis #
Algorithm
... #Causes #
Peds
#
and Treatment
Algorithm
... with TSAT <20% (
functional
... reasonable to improve
functional
... diagnosis #management #
algorithm
Hypokalemia
Differential
... Diagnosis
Algorithm
... #Hypokalemia #
Differential
... #Diagnosis #
Algorithm
... #Causes #
Classification
Bloating - Treatment
Algorithm
... Dysfunction •
Functional
... Dyspepsia •
Functional
... Testing Treatment
Algorithm
... Management #Diagnosis #
Algorithm
Pediatric Spells -
Differential
... Diagnosis
Algorithm
... Cataplexy #Spells #
Differential
... #Diagnosis #
Algorithm
... #Causes #
Peds
#
Pediatric Wheezing -
Differential
... Diagnosis
Algorithm
... Wheezing #Wheeze #
Differential
... #Diagnosis #
Algorithm
... #Causes #
Peds
#
Pediatric Cough -
Differential
... Diagnosis
Algorithm
... Chronic #Cough #
Differential
... #Diagnosis #
Algorithm
... #Causes #
Peds
#
Pediatric Cough -
Differential
... Diagnosis
Algorithm
... #Acute #Cough #
Differential
... #Diagnosis #
Algorithm
... #Causes #
Peds
#
Mouth Disorders -
Differential
... Diagnosis
Algorithm
... Oral #Disorders #
Differential
... #Diagnosis #
Algorithm
... #Causes #
Peds
#
Epilepsy Syndromes -
Differential
... Diagnosis
Algorithm
... Unprovoked #Seizures #
Differential
... #Diagnosis #
Algorithm
... #Causes #
Peds
#
- Dysfunction (
functional
... #Elderly #Ds #
Differential
Pediatric Stridor -
Differential
... Diagnosis
Algorithm
... Body #Stridor #
Differential
... #Diagnosis #
Algorithm
... #Causes #
Peds
#
Differential
Diagnosis ... - Psychogenic (
functional
... Mimics #CVA #TIA #
Differential
Pediatric Dyspnea -
Differential
... Diagnosis
Algorithm
... ShortnessOfBreath #
Differential
... #Diagnosis #
Algorithm
... #Causes #
Peds
#
Lung Disease -
Differential
... Diagnosis
Algorithm
... Impaired cardiac
function
... #ILD #Causes #
Differential
... #Diagnosis #
Algorithm
Congenital Anomalies -
Differential
... Diagnosis
Algorithm
... Anomalies #Anomaly #
Differential
... #Diagnosis #
Algorithm
... #Causes #
Peds
#
FAPD -
Functional
...
Functional
abdominal ... Abdominal migraine
Functional
... Constipation IBS
Functional
... gastroenterology #
differential
Pediatric Seizures -
Differential
... Diagnosis
Algorithm
... Seizures #Provoked #
Differential
... #Diagnosis #
Algorithm
... #Causes #
Peds
#
impaired executive
functions
... MNCD #Dementia #
Differential
... #Subtypes #
Classification
Insufficiency Diagnosis
Algorithm
... normal adrenal
function
... Insufficiency #Diagnosis #
Algorithm
×
and
Differential
...
Algorithm
- ... #
Differential
# ...
Algorithm
#Diagnosis ... #
Peds
#Pediatrics
Constipation -
Differential
... Diagnosis
Algorithm
... Dietary/
Functional
... Atresia Dietary/
Functional
... #Causes #
Peds
Constipation -
Differential
... Diagnosis
Algorithm
... Dietary /
Functional
... Fibrosis Dietary/
Functional
... #Causes #
Peds
#
Interpretation
Algorithm
... Interpretation #
Algorithm
... #diagnosis #
differential
... #pulmonary #
function
Pediatric Fractures -
Differential
... Diagnosis
Algorithm
... • Torus (
junction
... • Torus (
junction
... #Causes #
Peds
#
interpreting thyroid
function
... #
differential
#
algorithm
Preserved liver
function
... Preserved liver
function
... Preserved liver
function
... Preserved liver
function
... End-stage liver
function
Nausea / Vomiting -
Differential
... Genitourinary •
Functional
... Nausea #Vomiting #
Differential
... #Diagnosis #
Classification
Thyroid
Function
... DharSaty #Thyroid #
Function
... laboratory #patterns #
differential
of Dysphagia -
Differential
... Non-relaxation of EG
junction
... Achalasia, EG
junction
... sclerosis -
Functional
... Esophageal #Dysphagia #
Differential
Pulmonary
Function
... Interpretation
Algorithm
... #Pulmonary #
Function
... Interpretation #
Algorithm
Classification
of ... of nucleic acid
function
... cell membrane
function
Flowchart of the
function
... #RAAS #system #
algorithm
Diagnostic
algorithm
... disease; LFT, liver
function
... #Diagnosis #
Peds
... Hypertension #Workup #
Algorithm
Regurgitation - Carpentier
Functional
...
Classification
... Regurgitation #Carpentier #
functional
... #
Classification
with Dysphagia -
Classification
...
Algorithm
#Dysphagia ... #
Differential
# ...
Algorithm
#Diagnosis ... #
Classification
Volume (MCV) -
Differential
... Diagnosis
Algorithm
... - Normal Liver
Function
... Abnormal Liver
Function
... #Diagnosis #
Algorithm
Lupus Nephritis
Classification
...
Algorithm
#Lupus ... #Nephritis #
Classification
... #
Algorithm
#diagnosis ... #
differential
#
Hypochloremia -
Differential
... Diagnosis
Algorithm
... transport, renal
function
... Gastrointestinal
function
... #Diagnosis #
Algorithm
Hyperphosphatemia -
Differential
... Diagnosis
Algorithm
... Impaired Renal
Function
... HighPhosphate #
Differential
... #Diagnosis #
Algorithm
Shock
Classification
... extremities, LV
Function
... #criticalcare #
Classification
Pulmonary
Function
... Interpretation
Algorithm
... Interpretation #
Algorithm
Microangiopathy (TMA) -
Differential
... and Management
Algorithm
... hemosiderin, Hepatic
function
... Microangiopathy #TMA #
Differential
... Diagnosis #Management #
Algorithm
Nephrotic Syndrome -
Classification
... Nephrotic #Syndrome #
Classification
... #
Differential
# ... Diagnosis #Nephrology #
Algorithm
Elevated Liver
Function
... Tests (LFTs) -
Differential
... LouLectures #Liver #
Function
... #Tests #LFTs #
Differential
Heart Failure -
Differential
... Diagnosis
Algorithm
... Diastolic/Systolic
Function
... HeartFailure #Cardiology #
Differential
... #Diagnosis #
Algorithm
tasks, and brain
function
... Dementia #Umbrella #
Differential
... Types #Subtypes #
Classification
Drivers Safety (
PODS
... )
algorithm
, a toolbox ... of
functional
assessment ... Diagnosis #Geriatrics #
PODS
... DriversSafety #
Algorithm
Bleeding / Bruising -
Differential
... Diagnosis
Algorithm
... Disordered Platelet
Function
... Bleeding #Bruising #
Differential
... #Diagnosis #
Algorithm
Sensory Changes -
Differential
... Diagnosis
Algorithm
... Neuromuscular
Junction
... Sensory #Neurology #
Differential
... #Diagnosis #
Algorithm
- Fracture at
junction
... Fractures #Types #
Classification
Double Vision -
Differential
... Diagnosis
Algorithm
... Dislocation •
Functional
... Neuromuscular
Junction
... #Diagnosis #
Algorithm
Origin #Diagnosis #
Peds
... FeverUnknownOrigin #
Differential
... #
Algorithm
#PEMSource
Child #Diagnosis #
Peds
... Limping #Child #
Differential
... #
Algorithm
#PEMSource
- Generalized
Differential
... Diagnosis
Algorithm
... Mellitus Liver
Function
... #dermatology #
Differential
... #Diagnosis #
Algorithm
Floppy Newborn) -
Differential
... Diagnosis
Algorithm
... Neuromuscular
Junction
... #Diagnosis #
Algorithm
... #Causes #
Peds
#
Pupillary Defects -
Differential
... Diagnosis
Algorithm
... Neuromuscular
Junction
... Pupils #Defects #
Differential
... #Diagnosis #
Algorithm
#Diagnosis #
Peds
... #Pediatrics #
Differential
... Anemia #Causes #
Algorithm
Unexplained Event)
Algorithm
... definition and
classification
... Diagnosis #Management #
Peds
... UnexplainedEvent #
Algorithm
loss if renal
function
... Hypomagnesemia #
algorithm
... #
differential
#
Diastolic
Function
... Dysfunction #Grading #
Classification
#Vessel #Size #
Classification
... #ANCA #
Differential
... #
Algorithm
#Ddxof
ArielleKlepper #Rash #
Algorithm
... #RASHonal #
Differential
... #Diagnosis #
Classification
-
Functional
... Incontinence - This is a
functional
... Incontinence #Types #
Classification
... Causes #diagnosis #
differential
Disorders #Diagnosis #
Peds
... Ketones #Ammonia #
Differential
... #
Algorithm
Amenorrhea -
Differential
... Diagnosis
Algorithm
... Challenge •
Functional
... #Amenorrhea #
Differential
... #Diagnosis #
Algorithm
Petechial Rash -
Differential
... Diagnosis
Algorithm
... Abnormal platelet
function
... clotting factor
function
... #Diagnosis #
Algorithm
Hypocalcemia Workup -
Differential
... Diagnosis
Algorithm
... High Magnesium -
Functional
... Hypocalcemia #Workup #
Differential
... #Diagnosis #
Algorithm
Diagnosis #Management #
Peds
... Foreskin #Problems #
Algorithm
... Balanitis #Posthitis #
Differential
Sensory Changes -
Differential
... Diagnosis
Algorithm
... Neuromuscular
Junction
... Weakness #Neurology #
Differential
... #Diagnosis #
Algorithm
Kidney Disease -
Differential
... Diagnosis
Algorithm
... Decreased kidney
function
... KidneyDisease #Nephrology #
Differential
... #Diagnosis #
Algorithm
Menstrual Cycle
Function
... Menstrual #Cycle #
Differential
Differential
Diagnosis ... Diagnosis #EM #
Peds
... Failure #Thrive #
Differential
... #
Algorithm
#Ddxof
Functional
Dyspepsia ... Early satiety #
Functional
... Diagnosis #Management #
algorithm
Obstruction -
Differential
... Diagnosis
Algorithm
... Ureteropelvic
junction
... #UrinaryTract #
Differential
... #Diagnosis #
Algorithm
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alkalosis
clinical
functional
and
Differential
...
Algorithm
- ... #
Differential
# ...
Algorithm
#Diagnosis ... #
Peds
#Pediatrics
Constipation -
Differential
... Diagnosis
Algorithm
... Dietary/
Functional
... Atresia Dietary/
Functional
... #Causes #
Peds
Constipation -
Differential
... Diagnosis
Algorithm
... Dietary /
Functional
... Fibrosis Dietary/
Functional
... #Causes #
Peds
#
Interpretation
Algorithm
... Interpretation #
Algorithm
... #diagnosis #
differential
... #pulmonary #
function
Pediatric Fractures -
Differential
... Diagnosis
Algorithm
... • Torus (
junction
... • Torus (
junction
... #Causes #
Peds
#
interpreting thyroid
function
... #
differential
#
algorithm
Preserved liver
function
... Preserved liver
function
... Preserved liver
function
... Preserved liver
function
... End-stage liver
function
Nausea / Vomiting -
Differential
... Genitourinary •
Functional
... Nausea #Vomiting #
Differential
... #Diagnosis #
Classification
Thyroid
Function
... DharSaty #Thyroid #
Function
... laboratory #patterns #
differential
of Dysphagia -
Differential
... Non-relaxation of EG
junction
... Achalasia, EG
junction
... sclerosis -
Functional
... Esophageal #Dysphagia #
Differential
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![Odontoid Fractures
Type I [Stable] - Avulsion of the tip
Type II [Unstable] 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 "Odontoid Fractures
Type I [Stable] - Avulsion of the tip
Type II [Unstable] - ...")
