ltbio.clinical

Overview

Subpackages

• ltbio.clinical.conditions
• ltbio.clinical.medications
• ltbio.clinical.procedures

Submodules

• ltbio.clinical.BodyLocation
• ltbio.clinical.Patient
• ltbio.clinical.Semiology

Classes

BodyLocation	str(object=’’) -> str
Patient	-
Semiology	str(object=’’) -> str

Contents

class ltbio.clinical.BodyLocation

Bases: str, enum.Enum

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str(object=’’) -> str str(bytes_or_buffer[, encoding[, errors]]) -> str

Create a new string object from the given object. If encoding or errors is specified, then the object must expose a data buffer that will be decoded using the given encoding and error handler. Otherwise, returns the result of object.__str__() (if defined) or repr(object). encoding defaults to sys.getdefaultencoding(). errors defaults to ‘strict’.

A1 = 'Mastoid 1'

A2 = 'Mastoid 2'

ABDOMEN = 'Abdomen'

ARM_L = 'Left Arm'

ARM_R = 'Right Arm'

BICEP_L = 'Left Bicep'

BICEP_R = 'Right Bicep'

C3 = 'Central 3'

C4 = 'Central 4'

CHEST = 'Chest'

CZ = 'Central Z'

F3 = 'Frontal 3'

F4 = 'Frontal 4'

F7 = 'Frontal 7'

F8 = 'Frontal 8'

FOREARM_L = 'Left Forearm'

FOREARM_R = 'Right Forearm'

FP1 = 'Fronto-parietal 1'

FP2 = 'Fronto-parietal 2'

FRONTAL_L = 'Left Frontal lobe'

FRONTAL_R = 'Right Frontal lobe'

FT_L = 'Left Fronto-Temporal lobe'

FT_R = 'Right Fronto-Temporal lobe'

FZ = 'Frontal Z'

INDEX_L = 'Left index finger'

INDEX_R = 'Right index finger'

LA = 'Left arm (LA) lead'

LI = 'Chest Lead I'

LII = 'Chest Lead II'

LIII = 'Chest Lead III'

LL = 'Left leg (LL) lead'

MLII = 'Modified Limb Lead II'

O1 = 'Occipital 1'

O2 = 'Occipital 2'

P3 = 'Parietal 3'

P4 = 'Parietal 4'

PARIETAL_L = 'Left Parietal lobe'

PARIETAL_R = 'Right Parietal lobe'

PZ = 'Parietal Z'

RA = 'Right arm (RA) lead'

RL = 'Right leg (RL) lead'

SCALP = 'Scalp'

T3 = 'Temporal 3'

T4 = 'Temporal 4'

T5 = 'Temporal 5'

T6 = 'Temporal 6'

TEMPORAL_BL = 'Temporal lobe (bilateral)'

TEMPORAL_L = 'Left Temporal lobe'

TEMPORAL_R = 'Right Temporal lobe'

TP_L = 'Left Temporo-Parietal lobe'

TP_R = 'Right Temporo-Parietal lobe'

UPPERARM_L = 'Left Upper Arm'

UPPERARM_R = 'Right Upper Arm'

V1 = 'V1 chest lead'

V2 = 'V2 chest lead'

V3 = 'V3 chest lead'

V4 = 'V4 chest lead'

V5 = 'V5 chest lead'

V6 = 'V6 chest lead'

WRIST_L = 'Left Wrist'

WRIST_R = 'Right Wrist'

class ltbio.clinical.Patient(code, name: str = None, age: int = None, sex: Sex = Sex._, conditions: Tuple[ltbio.clinical.conditions.MedicalCondition.MedicalCondition] = (), medications: Tuple[ltbio.clinical.medications.Medication.Medication] = (), procedures: Tuple[ltbio.clinical.procedures.SurgicalProcedure.SurgicalProcedure] = ())

property code

property conditions

property notes

add_note(description: str)

get_protected_info()

Returns a dictionary of the private/sensible information: Name, Age, Medications, and Surgical Procedures.

class ltbio.clinical.Semiology

Bases: str, enum.Enum

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str(object=’’) -> str str(bytes_or_buffer[, encoding[, errors]]) -> str

Create a new string object from the given object. If encoding or errors is specified, then the object must expose a data buffer that will be decoded using the given encoding and error handler. Otherwise, returns the result of object.__str__() (if defined) or repr(object). encoding defaults to sys.getdefaultencoding(). errors defaults to ‘strict’.

ABSENCE = 'Absence'

APHASIA = 'Aphasia'

ATONIC = 'Atonic'

AURA = 'Pre-ical Aura'

AUTOMATISMS = 'Automatisms'

AUTONOMIC = 'Autonomic'

BARREST = 'Behaviour arrest'

CLONIC = 'Clonic'

COGNITIVE = 'Cognitive'

EMOTIONAL = 'Emotional'

ESPASMS = 'Epileptic Spasms'

HK = 'Hyperkinetic'

MOTOR = 'Non-specific Motor'

MYOCLONIC = 'Myoclonic'

NONMOTOR = 'Non-specific Non-motor'

SENSORY = 'Sensory'

SUBCLINICAL = 'Sub-clinical / Infra-clinical'

TC = 'Tonic-Clonic'

TONIC = 'Tonic'