# `Dicom.SR.Codes`
[🔗](https://github.com/Balneario-de-Cofrentes/dicom/blob/v0.9.1/lib/dicom/sr/codes.ex#L1)

Common normative codes used by the current SR helpers and templates.

# `a_wave_velocity`

```elixir
@spec a_wave_velocity() :: Dicom.SR.Code.t()
```

# `abdominal_circumference`

```elixir
@spec abdominal_circumference() :: Dicom.SR.Code.t()
```

# `access_site`

```elixir
@spec access_site() :: Dicom.SR.Code.t()
```

# `accession_number`

```elixir
@spec accession_number() :: Dicom.SR.Code.t()
```

# `accumulated_dose`

```elixir
@spec accumulated_dose() :: Dicom.SR.Code.t()
```

# `accumulated_xray_dose`

```elixir
@spec accumulated_xray_dose() :: Dicom.SR.Code.t()
```

# `acquisition_dose_area_product`

```elixir
@spec acquisition_dose_area_product() :: Dicom.SR.Code.t()
```

# `activity_session`

```elixir
@spec activity_session() :: Dicom.SR.Code.t()
```

# `actual_dose`

```elixir
@spec actual_dose() :: Dicom.SR.Code.t()
```

# `actual_volume`

```elixir
@spec actual_volume() :: Dicom.SR.Code.t()
```

# `adc_map_indicator`

```elixir
@spec adc_map_indicator() :: Dicom.SR.Code.t()
```

# `add_power`

```elixir
@spec add_power() :: Dicom.SR.Code.t()
```

# `adequate_quality`

```elixir
@spec adequate_quality() :: Dicom.SR.Code.t()
```

# `adhoc_measurements`

```elixir
@spec adhoc_measurements() :: Dicom.SR.Code.t()
```

# `administered_activity`

```elixir
@spec administered_activity() :: Dicom.SR.Code.t()
```

# `administration_datetime`

```elixir
@spec administration_datetime() :: Dicom.SR.Code.t()
```

# `adverse_event`

```elixir
@spec adverse_event() :: Dicom.SR.Code.t()
```

# `agatston_unit`

```elixir
@spec agatston_unit() :: Dicom.SR.Code.t()
```

# `agent_concentration`

```elixir
@spec agent_concentration() :: Dicom.SR.Code.t()
```

# `akinesis`

```elixir
@spec akinesis() :: Dicom.SR.Code.t()
```

# `algorithm_name`

```elixir
@spec algorithm_name() :: Dicom.SR.Code.t()
```

# `algorithm_parameters`

```elixir
@spec algorithm_parameters() :: Dicom.SR.Code.t()
```

# `algorithm_version`

```elixir
@spec algorithm_version() :: Dicom.SR.Code.t()
```

# `almost_entirely_fat`

```elixir
@spec almost_entirely_fat() :: Dicom.SR.Code.t()
```

# `amniotic_fluid_index`

```elixir
@spec amniotic_fluid_index() :: Dicom.SR.Code.t()
```

# `amniotic_sac`

```elixir
@spec amniotic_sac() :: Dicom.SR.Code.t()
```

# `anesthesia`

```elixir
@spec anesthesia() :: Dicom.SR.Code.t()
```

# `anesthesia_agent`

```elixir
@spec anesthesia_agent() :: Dicom.SR.Code.t()
```

# `animal_housing`

```elixir
@spec animal_housing() :: Dicom.SR.Code.t()
```

# `annular_measurements`

```elixir
@spec annular_measurements() :: Dicom.SR.Code.t()
```

# `anterior_fibromuscular_stroma`

```elixir
@spec anterior_fibromuscular_stroma() :: Dicom.SR.Code.t()
```

# `aortic_valve`

```elixir
@spec aortic_valve() :: Dicom.SR.Code.t()
```

# `architectural_distortion`

```elixir
@spec architectural_distortion() :: Dicom.SR.Code.t()
```

# `area_stenosis`

```elixir
@spec area_stenosis() :: Dicom.SR.Code.t()
```

# `ascending_colon`

```elixir
@spec ascending_colon() :: Dicom.SR.Code.t()
```

# `asymmetry`

```elixir
@spec asymmetry() :: Dicom.SR.Code.t()
```

# `attenuation_coefficient`

```elixir
@spec attenuation_coefficient() :: Dicom.SR.Code.t()
```

# `axial_acquisition`

```elixir
@spec axial_acquisition() :: Dicom.SR.Code.t()
```

# `beats_per_minute`

```elixir
@spec beats_per_minute() :: Dicom.SR.Code.t()
```

# `best_in_set`

```elixir
@spec best_in_set() :: Dicom.SR.Code.t()
```

# `biosafety_conditions`

```elixir
@spec biosafety_conditions() :: Dicom.SR.Code.t()
```

# `biosafety_level`

```elixir
@spec biosafety_level() :: Dicom.SR.Code.t()
```

# `biparietal_diameter`

```elixir
@spec biparietal_diameter() :: Dicom.SR.Code.t()
```

# `birads_category_0`

```elixir
@spec birads_category_0() :: Dicom.SR.Code.t()
```

# `birads_category_1`

```elixir
@spec birads_category_1() :: Dicom.SR.Code.t()
```

# `birads_category_2`

```elixir
@spec birads_category_2() :: Dicom.SR.Code.t()
```

# `birads_category_3`

```elixir
@spec birads_category_3() :: Dicom.SR.Code.t()
```

# `birads_category_4`

```elixir
@spec birads_category_4() :: Dicom.SR.Code.t()
```

# `birads_category_5`

```elixir
@spec birads_category_5() :: Dicom.SR.Code.t()
```

# `birads_category_6`

```elixir
@spec birads_category_6() :: Dicom.SR.Code.t()
```

# `blood_velocity`

```elixir
@spec blood_velocity() :: Dicom.SR.Code.t()
```

# `body_height`

```elixir
@spec body_height() :: Dicom.SR.Code.t()
```

# `body_phantom`

```elixir
@spec body_phantom() :: Dicom.SR.Code.t()
```

# `body_surface_area`

```elixir
@spec body_surface_area() :: Dicom.SR.Code.t()
```

# `body_weight`

```elixir
@spec body_weight() :: Dicom.SR.Code.t()
```

# `breast_composition`

```elixir
@spec breast_composition() :: Dicom.SR.Code.t()
```

# `breast_density`

```elixir
@spec breast_density() :: Dicom.SR.Code.t()
```

# `breast_imaging_report`

```elixir
@spec breast_imaging_report() :: Dicom.SR.Code.t()
```

# `cad_operating_point`

```elixir
@spec cad_operating_point() :: Dicom.SR.Code.t()
```

# `cad_processing_and_findings_summary`

```elixir
@spec cad_processing_and_findings_summary() :: Dicom.SR.Code.t()
```

# `cad_processing_unsuccessful`

```elixir
@spec cad_processing_unsuccessful() :: Dicom.SR.Code.t()
```

# `calcification`

```elixir
@spec calcification() :: Dicom.SR.Code.t()
```

# `calcification_cluster`

```elixir
@spec calcification_cluster() :: Dicom.SR.Code.t()
```

# `calcified_plaque`

```elixir
@spec calcified_plaque() :: Dicom.SR.Code.t()
```

# `calcium_mass_score`

```elixir
@spec calcium_mass_score() :: Dicom.SR.Code.t()
```

# `calcium_score`

```elixir
@spec calcium_score() :: Dicom.SR.Code.t()
```

# `calcium_scoring_section`

```elixir
@spec calcium_scoring_section() :: Dicom.SR.Code.t()
```

# `calcium_volume_score`

```elixir
@spec calcium_volume_score() :: Dicom.SR.Code.t()
```

# `cardiac_catheterization_report`

```elixir
@spec cardiac_catheterization_report() :: Dicom.SR.Code.t()
```

# `cardiac_measurements`

```elixir
@spec cardiac_measurements() :: Dicom.SR.Code.t()
```

# `cardiac_output`

```elixir
@spec cardiac_output() :: Dicom.SR.Code.t()
```

# `cardiovascular_analysis_report`

```elixir
@spec cardiovascular_analysis_report() :: Dicom.SR.Code.t()
```

# `catheter_type`

```elixir
@spec catheter_type() :: Dicom.SR.Code.t()
```

# `cecum`

```elixir
@spec cecum() :: Dicom.SR.Code.t()
```

# `central_subfield_thickness`

```elixir
@spec central_subfield_thickness() :: Dicom.SR.Code.t()
```

# `central_zone`

```elixir
@spec central_zone() :: Dicom.SR.Code.t()
```

# `cervical_length`

```elixir
@spec cervical_length() :: Dicom.SR.Code.t()
```

# `chest_cad_report`

```elixir
@spec chest_cad_report() :: Dicom.SR.Code.t()
```

# `clinical_information`

```elixir
@spec clinical_information() :: Dicom.SR.Code.t()
```

# `cm`

```elixir
@spec cm() :: Dicom.SR.Code.t()
```

# `cm_per_s`

```elixir
@spec cm_per_s() :: Dicom.SR.Code.t()
```

# `colon_cad_report`

```elixir
@spec colon_cad_report() :: Dicom.SR.Code.t()
```

# `colonic_segment`

```elixir
@spec colonic_segment() :: Dicom.SR.Code.t()
```

# `comment`

```elixir
@spec comment() :: Dicom.SR.Code.t()
```

# `common_carotid_artery`

```elixir
@spec common_carotid_artery() :: Dicom.SR.Code.t()
```

# `comparison_to_prior`

```elixir
@spec comparison_to_prior() :: Dicom.SR.Code.t()
```

# `composite_feature`

```elixir
@spec composite_feature() :: Dicom.SR.Code.t()
```

# `conclusion`

```elixir
@spec conclusion() :: Dicom.SR.Code.t()
```

# `conclusions`

```elixir
@spec conclusions() :: Dicom.SR.Code.t()
```

# `consumable`

```elixir
@spec consumable() :: Dicom.SR.Code.t()
```

# `consumable_used`

```elixir
@spec consumable_used() :: Dicom.SR.Code.t()
```

# `convolution_kernel`

```elixir
@spec convolution_kernel() :: Dicom.SR.Code.t()
```

# `coronary_findings`

```elixir
@spec coronary_findings() :: Dicom.SR.Code.t()
```

# `coronary_stenosis`

```elixir
@spec coronary_stenosis() :: Dicom.SR.Code.t()
```

# `country_of_language`

```elixir
@spec country_of_language() :: Dicom.SR.Code.t()
```

# `ct_accumulated_dose_data`

```elixir
@spec ct_accumulated_dose_data() :: Dicom.SR.Code.t()
```

# `ct_acquisition_type`

```elixir
@spec ct_acquisition_type() :: Dicom.SR.Code.t()
```

# `ct_dose_length_product_total`

```elixir
@spec ct_dose_length_product_total() :: Dicom.SR.Code.t()
```

# `ct_irradiation_event_data`

```elixir
@spec ct_irradiation_event_data() :: Dicom.SR.Code.t()
```

# `ct_radiation_dose_report`

```elixir
@spec ct_radiation_dose_report() :: Dicom.SR.Code.t()
```

# `ctdi_vol`

```elixir
@spec ctdi_vol() :: Dicom.SR.Code.t()
```

# `cubic_millimeter`

```elixir
@spec cubic_millimeter() :: Dicom.SR.Code.t()
```

# `cubic_mm`

```elixir
@spec cubic_mm() :: Dicom.SR.Code.t()
```

# `current_procedure_descriptions`

```elixir
@spec current_procedure_descriptions() :: Dicom.SR.Code.t()
```

# `cylinder_axis`

```elixir
@spec cylinder_axis() :: Dicom.SR.Code.t()
```

# `cylinder_power`

```elixir
@spec cylinder_power() :: Dicom.SR.Code.t()
```

# `datetime_started`

```elixir
@spec datetime_started() :: Dicom.SR.Code.t()
```

# `dce_curve_type`

```elixir
@spec dce_curve_type() :: Dicom.SR.Code.t()
```

# `deceleration_time`

```elixir
@spec deceleration_time() :: Dicom.SR.Code.t()
```

# `degree`

```elixir
@spec degree() :: Dicom.SR.Code.t()
```

# `degrees`

```elixir
@spec degrees() :: Dicom.SR.Code.t()
```

# `denominator`

```elixir
@spec denominator() :: Dicom.SR.Code.t()
```

# `derivation`

```elixir
@spec derivation() :: Dicom.SR.Code.t()
```

# `derived_hemodynamic_measurements`

```elixir
@spec derived_hemodynamic_measurements() :: Dicom.SR.Code.t()
```

# `descending_colon`

```elixir
@spec descending_colon() :: Dicom.SR.Code.t()
```

# `detection_confidence`

```elixir
@spec detection_confidence() :: Dicom.SR.Code.t()
```

# `detection_sensitivity`

```elixir
@spec detection_sensitivity() :: Dicom.SR.Code.t()
```

# `detection_specificity`

```elixir
@spec detection_specificity() :: Dicom.SR.Code.t()
```

# `device`

```elixir
@spec device() :: Dicom.SR.Code.t()
```

# `device_manufacturer_class_uid`

```elixir
@spec device_manufacturer_class_uid() :: Dicom.SR.Code.t()
```

# `device_measurements`

```elixir
@spec device_measurements() :: Dicom.SR.Code.t()
```

# `device_observer_manufacturer`

```elixir
@spec device_observer_manufacturer() :: Dicom.SR.Code.t()
```

# `device_observer_model_name`

```elixir
@spec device_observer_model_name() :: Dicom.SR.Code.t()
```

# `device_observer_name`

```elixir
@spec device_observer_name() :: Dicom.SR.Code.t()
```

# `device_observer_serial_number`

```elixir
@spec device_observer_serial_number() :: Dicom.SR.Code.t()
```

# `device_observer_uid`

```elixir
@spec device_observer_uid() :: Dicom.SR.Code.t()
```

# `device_physical_location`

```elixir
@spec device_physical_location() :: Dicom.SR.Code.t()
```

# `device_role_in_procedure`

```elixir
@spec device_role_in_procedure() :: Dicom.SR.Code.t()
```

# `diameter_stenosis`

```elixir
@spec diameter_stenosis() :: Dicom.SR.Code.t()
```

# `diastolic_blood_pressure`

```elixir
@spec diastolic_blood_pressure() :: Dicom.SR.Code.t()
```

# `diffusion_b_value`

```elixir
@spec diffusion_b_value() :: Dicom.SR.Code.t()
```

# `diopter`

```elixir
@spec diopter() :: Dicom.SR.Code.t()
```

# `discharge_summary`

```elixir
@spec discharge_summary() :: Dicom.SR.Code.t()
```

# `dlp`

```elixir
@spec dlp() :: Dicom.SR.Code.t()
```

# `dose_area_product`

```elixir
@spec dose_area_product() :: Dicom.SR.Code.t()
```

# `dose_estimate`

```elixir
@spec dose_estimate() :: Dicom.SR.Code.t()
```

# `dose_estimate_methodology`

```elixir
@spec dose_estimate_methodology() :: Dicom.SR.Code.t()
```

# `dose_estimate_type`

```elixir
@spec dose_estimate_type() :: Dicom.SR.Code.t()
```

# `dose_estimation_parameters`

```elixir
@spec dose_estimation_parameters() :: Dicom.SR.Code.t()
```

# `dose_rp`

```elixir
@spec dose_rp() :: Dicom.SR.Code.t()
```

# `drug_administered`

```elixir
@spec drug_administered() :: Dicom.SR.Code.t()
```

# `dwi_signal_score`

```elixir
@spec dwi_signal_score() :: Dicom.SR.Code.t()
```

# `dynamic_contrast_enhanced`

```elixir
@spec dynamic_contrast_enhanced() :: Dicom.SR.Code.t()
```

# `dyskinesis`

```elixir
@spec dyskinesis() :: Dicom.SR.Code.t()
```

# `e_a_ratio`

```elixir
@spec e_a_ratio() :: Dicom.SR.Code.t()
```

# `e_wave_velocity`

```elixir
@spec e_wave_velocity() :: Dicom.SR.Code.t()
```

# `ecg_global_measurements`

```elixir
@spec ecg_global_measurements() :: Dicom.SR.Code.t()
```

# `ecg_lead_measurements`

```elixir
@spec ecg_lead_measurements() :: Dicom.SR.Code.t()
```

# `ecg_report`

```elixir
@spec ecg_report() :: Dicom.SR.Code.t()
```

# `ecg_summary`

```elixir
@spec ecg_summary() :: Dicom.SR.Code.t()
```

# `echo_measurement`

```elixir
@spec echo_measurement() :: Dicom.SR.Code.t()
```

# `echo_section`

```elixir
@spec echo_section() :: Dicom.SR.Code.t()
```

# `echo_time`

```elixir
@spec echo_time() :: Dicom.SR.Code.t()
```

# `echocardiography_report`

```elixir
@spec echocardiography_report() :: Dicom.SR.Code.t()
```

# `effective_dose`

```elixir
@spec effective_dose() :: Dicom.SR.Code.t()
```

# `ejection_fraction`

```elixir
@spec ejection_fraction() :: Dicom.SR.Code.t()
```

# `end_datetime`

```elixir
@spec end_datetime() :: Dicom.SR.Code.t()
```

# `end_diastolic_velocity`

```elixir
@spec end_diastolic_velocity() :: Dicom.SR.Code.t()
```

# `end_diastolic_volume`

```elixir
@spec end_diastolic_volume() :: Dicom.SR.Code.t()
```

# `end_systolic_volume`

```elixir
@spec end_systolic_volume() :: Dicom.SR.Code.t()
```

# `enhanced_xray_dose_report`

```elixir
@spec enhanced_xray_dose_report() :: Dicom.SR.Code.t()
```

# `equation_or_table`

```elixir
@spec equation_or_table() :: Dicom.SR.Code.t()
```

# `equivalent_meaning_of_concept_name`

```elixir
@spec equivalent_meaning_of_concept_name() :: Dicom.SR.Code.t()
```

# `equivalent_meaning_of_value`

```elixir
@spec equivalent_meaning_of_value() :: Dicom.SR.Code.t()
```

# `equivocal_stress_test`

```elixir
@spec equivocal_stress_test() :: Dicom.SR.Code.t()
```

# `estimated_date_of_delivery`

```elixir
@spec estimated_date_of_delivery() :: Dicom.SR.Code.t()
```

# `estimated_fetal_weight`

```elixir
@spec estimated_fetal_weight() :: Dicom.SR.Code.t()
```

# `exercise_duration`

```elixir
@spec exercise_duration() :: Dicom.SR.Code.t()
```

# `exercise_mets`

```elixir
@spec exercise_mets() :: Dicom.SR.Code.t()
```

# `exercise_stress_test`

```elixir
@spec exercise_stress_test() :: Dicom.SR.Code.t()
```

# `exposure_time`

```elixir
@spec exposure_time() :: Dicom.SR.Code.t()
```

# `external_carotid_artery`

```elixir
@spec external_carotid_artery() :: Dicom.SR.Code.t()
```

# `extraprostatic_extension`

```elixir
@spec extraprostatic_extension() :: Dicom.SR.Code.t()
```

# `extraprostatic_finding`

```elixir
@spec extraprostatic_finding() :: Dicom.SR.Code.t()
```

# `extremely_dense`

```elixir
@spec extremely_dense() :: Dicom.SR.Code.t()
```

# `false_positive_rate`

```elixir
@spec false_positive_rate() :: Dicom.SR.Code.t()
```

# `family_history`

```elixir
@spec family_history() :: Dicom.SR.Code.t()
```

# `femoral_artery`

```elixir
@spec femoral_artery() :: Dicom.SR.Code.t()
```

# `femur_length`

```elixir
@spec femur_length() :: Dicom.SR.Code.t()
```

# `fetal_biometry`

```elixir
@spec fetal_biometry() :: Dicom.SR.Code.t()
```

# `fetal_heart_activity`

```elixir
@spec fetal_heart_activity() :: Dicom.SR.Code.t()
```

# `fetal_number`

```elixir
@spec fetal_number() :: Dicom.SR.Code.t()
```

# `fetal_presentation`

```elixir
@spec fetal_presentation() :: Dicom.SR.Code.t()
```

# `fetus_id`

```elixir
@spec fetus_id() :: Dicom.SR.Code.t()
```

# `fetus_summary`

```elixir
@spec fetus_summary() :: Dicom.SR.Code.t()
```

# `fibrous_plaque`

```elixir
@spec fibrous_plaque() :: Dicom.SR.Code.t()
```

# `filler_number`

```elixir
@spec filler_number() :: Dicom.SR.Code.t()
```

# `finding`

```elixir
@spec finding() :: Dicom.SR.Code.t()
```

# `finding_category`

```elixir
@spec finding_category() :: Dicom.SR.Code.t()
```

# `finding_site`

```elixir
@spec finding_site() :: Dicom.SR.Code.t()
```

# `findings`

```elixir
@spec findings() :: Dicom.SR.Code.t()
```

# `findings_summary`

```elixir
@spec findings_summary() :: Dicom.SR.Code.t()
```

# `flip_angle`

```elixir
@spec flip_angle() :: Dicom.SR.Code.t()
```

# `flow_direction`

```elixir
@spec flow_direction() :: Dicom.SR.Code.t()
```

# `flow_rate`

```elixir
@spec flow_rate() :: Dicom.SR.Code.t()
```

# `fluoro_dose_area_product`

```elixir
@spec fluoro_dose_area_product() :: Dicom.SR.Code.t()
```

# `fractional_shortening`

```elixir
@spec fractional_shortening() :: Dicom.SR.Code.t()
```

# `frame_of_reference_uid`

```elixir
@spec frame_of_reference_uid() :: Dicom.SR.Code.t()
```

# `general_ultrasound_report`

```elixir
@spec general_ultrasound_report() :: Dicom.SR.Code.t()
```

# `gestational_age`

```elixir
@spec gestational_age() :: Dicom.SR.Code.t()
```

# `global_longitudinal_strain`

```elixir
@spec global_longitudinal_strain() :: Dicom.SR.Code.t()
```

# `graft_destination`

```elixir
@spec graft_destination() :: Dicom.SR.Code.t()
```

# `graft_origin`

```elixir
@spec graft_origin() :: Dicom.SR.Code.t()
```

# `graft_patency`

```elixir
@spec graft_patency() :: Dicom.SR.Code.t()
```

# `graft_section`

```elixir
@spec graft_section() :: Dicom.SR.Code.t()
```

# `graft_type`

```elixir
@spec graft_type() :: Dicom.SR.Code.t()
```

# `grams`

```elixir
@spec grams() :: Dicom.SR.Code.t()
```

# `gravidity`

```elixir
@spec gravidity() :: Dicom.SR.Code.t()
```

# `grid_center`

```elixir
@spec grid_center() :: Dicom.SR.Code.t()
```

# `grid_inner_inferior`

```elixir
@spec grid_inner_inferior() :: Dicom.SR.Code.t()
```

# `grid_inner_nasal`

```elixir
@spec grid_inner_nasal() :: Dicom.SR.Code.t()
```

# `grid_inner_superior`

```elixir
@spec grid_inner_superior() :: Dicom.SR.Code.t()
```

# `grid_inner_temporal`

```elixir
@spec grid_inner_temporal() :: Dicom.SR.Code.t()
```

# `grid_outer_inferior`

```elixir
@spec grid_outer_inferior() :: Dicom.SR.Code.t()
```

# `grid_outer_nasal`

```elixir
@spec grid_outer_nasal() :: Dicom.SR.Code.t()
```

# `grid_outer_superior`

```elixir
@spec grid_outer_superior() :: Dicom.SR.Code.t()
```

# `grid_outer_temporal`

```elixir
@spec grid_outer_temporal() :: Dicom.SR.Code.t()
```

# `gy_cm2`

```elixir
@spec gy_cm2() :: Dicom.SR.Code.t()
```

# `head_circumference`

```elixir
@spec head_circumference() :: Dicom.SR.Code.t()
```

# `head_phantom`

```elixir
@spec head_phantom() :: Dicom.SR.Code.t()
```

# `heart_rate`

```elixir
@spec heart_rate() :: Dicom.SR.Code.t()
```

# `helical_acquisition`

```elixir
@spec helical_acquisition() :: Dicom.SR.Code.t()
```

# `hemodynamic_measurements`

```elixir
@spec hemodynamic_measurements() :: Dicom.SR.Code.t()
```

# `hemodynamic_report`

```elixir
@spec hemodynamic_report() :: Dicom.SR.Code.t()
```

# `heterogeneously_dense`

```elixir
@spec heterogeneously_dense() :: Dicom.SR.Code.t()
```

# `history`

```elixir
@spec history() :: Dicom.SR.Code.t()
```

# `housing_type`

```elixir
@spec housing_type() :: Dicom.SR.Code.t()
```

# `hypokinesis`

```elixir
@spec hypokinesis() :: Dicom.SR.Code.t()
```

# `identifier_within_role`

```elixir
@spec identifier_within_role() :: Dicom.SR.Code.t()
```

# `image_acquisition`

```elixir
@spec image_acquisition() :: Dicom.SR.Code.t()
```

# `image_laterality`

```elixir
@spec image_laterality() :: Dicom.SR.Code.t()
```

# `image_library`

```elixir
@spec image_library() :: Dicom.SR.Code.t()
```

# `image_orientation_patient`

```elixir
@spec image_orientation_patient() :: Dicom.SR.Code.t()
```

# `image_position_patient`

```elixir
@spec image_position_patient() :: Dicom.SR.Code.t()
```

# `image_quality`

```elixir
@spec image_quality() :: Dicom.SR.Code.t()
```

# `image_region`

```elixir
@spec image_region() :: Dicom.SR.Code.t()
```

# `imaging_agent`

```elixir
@spec imaging_agent() :: Dicom.SR.Code.t()
```

# `imaging_measurement_report`

```elixir
@spec imaging_measurement_report() :: Dicom.SR.Code.t()
```

# `imaging_measurements`

```elixir
@spec imaging_measurements() :: Dicom.SR.Code.t()
```

# `imaging_report`

```elixir
@spec imaging_report() :: Dicom.SR.Code.t()
```

# `imaging_summary`

```elixir
@spec imaging_summary() :: Dicom.SR.Code.t()
```

# `implant_template`

```elixir
@spec implant_template() :: Dicom.SR.Code.t()
```

# `implantation_plan`

```elixir
@spec implantation_plan() :: Dicom.SR.Code.t()
```

# `implantation_site`

```elixir
@spec implantation_site() :: Dicom.SR.Code.t()
```

# `impression`

```elixir
@spec impression() :: Dicom.SR.Code.t()
```

# `inadequate_quality`

```elixir
@spec inadequate_quality() :: Dicom.SR.Code.t()
```

# `individual_impression`

```elixir
@spec individual_impression() :: Dicom.SR.Code.t()
```

# `individual_impression_recommendation`

```elixir
@spec individual_impression_recommendation() :: Dicom.SR.Code.t()
```

# `injection_site`

```elixir
@spec injection_site() :: Dicom.SR.Code.t()
```

# `internal_carotid_artery`

```elixir
@spec internal_carotid_artery() :: Dicom.SR.Code.t()
```

# `interpupillary_distance`

```elixir
@spec interpupillary_distance() :: Dicom.SR.Code.t()
```

# `interventricular_septum_thickness`

```elixir
@spec interventricular_septum_thickness() :: Dicom.SR.Code.t()
```

# `intima_media_thickness`

```elixir
@spec intima_media_thickness() :: Dicom.SR.Code.t()
```

# `intravenous_route`

```elixir
@spec intravenous_route() :: Dicom.SR.Code.t()
```

# `inversion_time`

```elixir
@spec inversion_time() :: Dicom.SR.Code.t()
```

# `irradiation_details`

```elixir
@spec irradiation_details() :: Dicom.SR.Code.t()
```

# `irradiation_event_summary`

```elixir
@spec irradiation_event_summary() :: Dicom.SR.Code.t()
```

# `irradiation_event_uid`

```elixir
@spec irradiation_event_uid() :: Dicom.SR.Code.t()
```

# `irradiation_event_xray_data`

```elixir
@spec irradiation_event_xray_data() :: Dicom.SR.Code.t()
```

# `issuer_of_identifier`

```elixir
@spec issuer_of_identifier() :: Dicom.SR.Code.t()
```

# `issuer_of_specimen_identifier`

```elixir
@spec issuer_of_specimen_identifier() :: Dicom.SR.Code.t()
```

# `ivus_lesion`

```elixir
@spec ivus_lesion() :: Dicom.SR.Code.t()
```

# `ivus_report`

```elixir
@spec ivus_report() :: Dicom.SR.Code.t()
```

# `ivus_vessel`

```elixir
@spec ivus_vessel() :: Dicom.SR.Code.t()
```

# `ivus_volume`

```elixir
@spec ivus_volume() :: Dicom.SR.Code.t()
```

# `key_object_description`

```elixir
@spec key_object_description() :: Dicom.SR.Code.t()
```

# `key_object_selection`

```elixir
@spec key_object_selection() :: Dicom.SR.Code.t()
```

# `kg`

```elixir
@spec kg() :: Dicom.SR.Code.t()
```

# `kidney_function`

```elixir
@spec kidney_function() :: Dicom.SR.Code.t()
```

# `kilovolt`

```elixir
@spec kilovolt() :: Dicom.SR.Code.t()
```

# `kv`

```elixir
@spec kv() :: Dicom.SR.Code.t()
```

# `kvp`

```elixir
@spec kvp() :: Dicom.SR.Code.t()
```

# `language`

```elixir
@spec language() :: Dicom.SR.Code.t()
```

# `language_of_content_item_and_descendants`

```elixir
@spec language_of_content_item_and_descendants() :: Dicom.SR.Code.t()
```

# `language_of_value`

```elixir
@spec language_of_value() :: Dicom.SR.Code.t()
```

# `last_menstrual_period`

```elixir
@spec last_menstrual_period() :: Dicom.SR.Code.t()
```

# `laterality`

```elixir
@spec laterality() :: Dicom.SR.Code.t()
```

# `left_anterior_descending_artery`

```elixir
@spec left_anterior_descending_artery() :: Dicom.SR.Code.t()
```

# `left_atrium`

```elixir
@spec left_atrium() :: Dicom.SR.Code.t()
```

# `left_breast`

```elixir
@spec left_breast() :: Dicom.SR.Code.t()
```

# `left_circumflex_artery`

```elixir
@spec left_circumflex_artery() :: Dicom.SR.Code.t()
```

# `left_eye`

```elixir
@spec left_eye() :: Dicom.SR.Code.t()
```

# `left_main_coronary_artery`

```elixir
@spec left_main_coronary_artery() :: Dicom.SR.Code.t()
```

# `left_ventricle`

```elixir
@spec left_ventricle() :: Dicom.SR.Code.t()
```

# `lesion`

```elixir
@spec lesion() :: Dicom.SR.Code.t()
```

# `lesion_size`

```elixir
@spec lesion_size() :: Dicom.SR.Code.t()
```

# `likert_score`

```elixir
@spec likert_score() :: Dicom.SR.Code.t()
```

# `lipid_rich_plaque`

```elixir
@spec lipid_rich_plaque() :: Dicom.SR.Code.t()
```

# `localized_finding`

```elixir
@spec localized_finding() :: Dicom.SR.Code.t()
```

# `log_entry`

```elixir
@spec log_entry() :: Dicom.SR.Code.t()
```

# `log_entry_datetime`

```elixir
@spec log_entry_datetime() :: Dicom.SR.Code.t()
```

# `lumen_area`

```elixir
@spec lumen_area() :: Dicom.SR.Code.t()
```

# `lumen_volume`

```elixir
@spec lumen_volume() :: Dicom.SR.Code.t()
```

# `lung_opacity`

```elixir
@spec lung_opacity() :: Dicom.SR.Code.t()
```

# `lv_ejection_fraction`

```elixir
@spec lv_ejection_fraction() :: Dicom.SR.Code.t()
```

# `lv_end_diastolic_dimension`

```elixir
@spec lv_end_diastolic_dimension() :: Dicom.SR.Code.t()
```

# `lv_end_diastolic_pressure`

```elixir
@spec lv_end_diastolic_pressure() :: Dicom.SR.Code.t()
```

# `lv_end_systolic_dimension`

```elixir
@spec lv_end_systolic_dimension() :: Dicom.SR.Code.t()
```

# `lv_findings`

```elixir
@spec lv_findings() :: Dicom.SR.Code.t()
```

# `lv_internal_dimension_diastole`

```elixir
@spec lv_internal_dimension_diastole() :: Dicom.SR.Code.t()
```

# `lv_internal_dimension_systole`

```elixir
@spec lv_internal_dimension_systole() :: Dicom.SR.Code.t()
```

# `lv_mass`

```elixir
@spec lv_mass() :: Dicom.SR.Code.t()
```

# `lv_posterior_wall_thickness`

```elixir
@spec lv_posterior_wall_thickness() :: Dicom.SR.Code.t()
```

# `lvef`

```elixir
@spec lvef() :: Dicom.SR.Code.t()
```

# `m_sq`

```elixir
@spec m_sq() :: Dicom.SR.Code.t()
```

# `macular_grid_measurement`

```elixir
@spec macular_grid_measurement() :: Dicom.SR.Code.t()
```

# `macular_grid_report`

```elixir
@spec macular_grid_report() :: Dicom.SR.Code.t()
```

# `mammography_cad_report`

```elixir
@spec mammography_cad_report() :: Dicom.SR.Code.t()
```

# `mass`

```elixir
@spec mass() :: Dicom.SR.Code.t()
```

# `maximum_lumen_diameter`

```elixir
@spec maximum_lumen_diameter() :: Dicom.SR.Code.t()
```

# `mean_blood_pressure`

```elixir
@spec mean_blood_pressure() :: Dicom.SR.Code.t()
```

# `mean_ctdi_vol`

```elixir
@spec mean_ctdi_vol() :: Dicom.SR.Code.t()
```

# `mean_ctdivol`

```elixir
@spec mean_ctdivol() :: Dicom.SR.Code.t()
```

# `mean_gradient`

```elixir
@spec mean_gradient() :: Dicom.SR.Code.t()
```

# `measurement_authority`

```elixir
@spec measurement_authority() :: Dicom.SR.Code.t()
```

# `measurement_group`

```elixir
@spec measurement_group() :: Dicom.SR.Code.t()
```

# `measurement_method`

```elixir
@spec measurement_method() :: Dicom.SR.Code.t()
```

# `measurement_section`

```elixir
@spec measurement_section() :: Dicom.SR.Code.t()
```

# `medication_administered`

```elixir
@spec medication_administered() :: Dicom.SR.Code.t()
```

# `mgy`

```elixir
@spec mgy() :: Dicom.SR.Code.t()
```

# `mgy_cm`

```elixir
@spec mgy_cm() :: Dicom.SR.Code.t()
```

# `micrometer`

```elixir
@spec micrometer() :: Dicom.SR.Code.t()
```

# `milliampere`

```elixir
@spec milliampere() :: Dicom.SR.Code.t()
```

# `milligram`

```elixir
@spec milligram() :: Dicom.SR.Code.t()
```

# `milliliter`

```elixir
@spec milliliter() :: Dicom.SR.Code.t()
```

# `millimeter`

```elixir
@spec millimeter() :: Dicom.SR.Code.t()
```

# `millisecond`

```elixir
@spec millisecond() :: Dicom.SR.Code.t()
```

# `minimum_lumen_diameter`

```elixir
@spec minimum_lumen_diameter() :: Dicom.SR.Code.t()
```

# `minutes`

```elixir
@spec minutes() :: Dicom.SR.Code.t()
```

# `mitral_valve`

```elixir
@spec mitral_valve() :: Dicom.SR.Code.t()
```

# `mixed_plaque`

```elixir
@spec mixed_plaque() :: Dicom.SR.Code.t()
```

# `mm`

```elixir
@spec mm() :: Dicom.SR.Code.t()
```

# `mmhg`

```elixir
@spec mmhg() :: Dicom.SR.Code.t()
```

# `modality`

```elixir
@spec modality() :: Dicom.SR.Code.t()
```

# `monitoring_parameter`

```elixir
@spec monitoring_parameter() :: Dicom.SR.Code.t()
```

# `mother_of_fetus`

```elixir
@spec mother_of_fetus() :: Dicom.SR.Code.t()
```

# `mr_acquisition_type`

```elixir
@spec mr_acquisition_type() :: Dicom.SR.Code.t()
```

# `ms`

```elixir
@spec ms() :: Dicom.SR.Code.t()
```

# `myocardial_mass`

```elixir
@spec myocardial_mass() :: Dicom.SR.Code.t()
```

# `narrative_summary`

```elixir
@spec narrative_summary() :: Dicom.SR.Code.t()
```

# `negative_stress_test`

```elixir
@spec negative_stress_test() :: Dicom.SR.Code.t()
```

# `ng_per_ml`

```elixir
@spec ng_per_ml() :: Dicom.SR.Code.t()
```

# `ng_per_ml_per_ml`

```elixir
@spec ng_per_ml_per_ml() :: Dicom.SR.Code.t()
```

# `nodule`

```elixir
@spec nodule() :: Dicom.SR.Code.t()
```

# `normal_range_description`

```elixir
@spec normal_range_description() :: Dicom.SR.Code.t()
```

# `normal_range_lower`

```elixir
@spec normal_range_lower() :: Dicom.SR.Code.t()
```

# `normal_range_upper`

```elixir
@spec normal_range_upper() :: Dicom.SR.Code.t()
```

# `normal_wall_motion`

```elixir
@spec normal_wall_motion() :: Dicom.SR.Code.t()
```

# `not_for_presentation`

```elixir
@spec not_for_presentation() :: Dicom.SR.Code.t()
```

# `number_of_fetuses`

```elixir
@spec number_of_fetuses() :: Dicom.SR.Code.t()
```

# `number_of_fetuses_by_us`

```elixir
@spec number_of_fetuses_by_us() :: Dicom.SR.Code.t()
```

# `numerator`

```elixir
@spec numerator() :: Dicom.SR.Code.t()
```

# `obgyn_ultrasound_report`

```elixir
@spec obgyn_ultrasound_report() :: Dicom.SR.Code.t()
```

# `observer_type`

```elixir
@spec observer_type() :: Dicom.SR.Code.t()
```

# `occluded`

```elixir
@spec occluded() :: Dicom.SR.Code.t()
```

# `organ_depth`

```elixir
@spec organ_depth() :: Dicom.SR.Code.t()
```

# `organ_dose`

```elixir
@spec organ_dose() :: Dicom.SR.Code.t()
```

# `organ_dose_estimate`

```elixir
@spec organ_dose_estimate() :: Dicom.SR.Code.t()
```

# `organ_length`

```elixir
@spec organ_length() :: Dicom.SR.Code.t()
```

# `organ_volume`

```elixir
@spec organ_volume() :: Dicom.SR.Code.t()
```

# `organ_width`

```elixir
@spec organ_width() :: Dicom.SR.Code.t()
```

# `original_source`

```elixir
@spec original_source() :: Dicom.SR.Code.t()
```

# `overall_assessment`

```elixir
@spec overall_assessment() :: Dicom.SR.Code.t()
```

# `parity`

```elixir
@spec parity() :: Dicom.SR.Code.t()
```

# `patent`

```elixir
@spec patent() :: Dicom.SR.Code.t()
```

# `patient_characteristics`

```elixir
@spec patient_characteristics() :: Dicom.SR.Code.t()
```

# `patient_history`

```elixir
@spec patient_history() :: Dicom.SR.Code.t()
```

# `patient_orientation_column`

```elixir
@spec patient_orientation_column() :: Dicom.SR.Code.t()
```

# `patient_orientation_row`

```elixir
@spec patient_orientation_row() :: Dicom.SR.Code.t()
```

# `patient_radiation_dose_report`

```elixir
@spec patient_radiation_dose_report() :: Dicom.SR.Code.t()
```

# `patient_state`

```elixir
@spec patient_state() :: Dicom.SR.Code.t()
```

# `patient_weight`

```elixir
@spec patient_weight() :: Dicom.SR.Code.t()
```

# `pci_procedure`

```elixir
@spec pci_procedure() :: Dicom.SR.Code.t()
```

# `peak_heart_rate`

```elixir
@spec peak_heart_rate() :: Dicom.SR.Code.t()
```

# `peak_phase`

```elixir
@spec peak_phase() :: Dicom.SR.Code.t()
```

# `peak_systolic_velocity`

```elixir
@spec peak_systolic_velocity() :: Dicom.SR.Code.t()
```

# `peak_velocity`

```elixir
@spec peak_velocity() :: Dicom.SR.Code.t()
```

# `pediatric_cardiac_us_report`

```elixir
@spec pediatric_cardiac_us_report() :: Dicom.SR.Code.t()
```

# `pelvis_and_uterus`

```elixir
@spec pelvis_and_uterus() :: Dicom.SR.Code.t()
```

# `percent`

```elixir
@spec percent() :: Dicom.SR.Code.t()
```

# `percent_max_predicted_hr`

```elixir
@spec percent_max_predicted_hr() :: Dicom.SR.Code.t()
```

# `performed_imaging_agent_admin`

```elixir
@spec performed_imaging_agent_admin() :: Dicom.SR.Code.t()
```

# `perfusion_analysis_section`

```elixir
@spec perfusion_analysis_section() :: Dicom.SR.Code.t()
```

# `perfusion_finding`

```elixir
@spec perfusion_finding() :: Dicom.SR.Code.t()
```

# `peripheral_zone`

```elixir
@spec peripheral_zone() :: Dicom.SR.Code.t()
```

# `person`

```elixir
@spec person() :: Dicom.SR.Code.t()
```

# `person_observer_login_name`

```elixir
@spec person_observer_login_name() :: Dicom.SR.Code.t()
```

# `person_observer_name`

```elixir
@spec person_observer_name() :: Dicom.SR.Code.t()
```

# `person_observer_organization_name`

```elixir
@spec person_observer_organization_name() :: Dicom.SR.Code.t()
```

# `person_observer_role_in_organization`

```elixir
@spec person_observer_role_in_organization() :: Dicom.SR.Code.t()
```

# `person_observer_role_in_procedure`

```elixir
@spec person_observer_role_in_procedure() :: Dicom.SR.Code.t()
```

# `phantom_type`

```elixir
@spec phantom_type() :: Dicom.SR.Code.t()
```

# `pharmacological_stress_test`

```elixir
@spec pharmacological_stress_test() :: Dicom.SR.Code.t()
```

# `phase_of_exercise`

```elixir
@spec phase_of_exercise() :: Dicom.SR.Code.t()
```

# `physiological_monitoring`

```elixir
@spec physiological_monitoring() :: Dicom.SR.Code.t()
```

# `physiological_summary`

```elixir
@spec physiological_summary() :: Dicom.SR.Code.t()
```

# `pirads_assessment`

```elixir
@spec pirads_assessment() :: Dicom.SR.Code.t()
```

# `pirads_category_1`

```elixir
@spec pirads_category_1() :: Dicom.SR.Code.t()
```

# `pirads_category_2`

```elixir
@spec pirads_category_2() :: Dicom.SR.Code.t()
```

# `pirads_category_3`

```elixir
@spec pirads_category_3() :: Dicom.SR.Code.t()
```

# `pirads_category_4`

```elixir
@spec pirads_category_4() :: Dicom.SR.Code.t()
```

# `pirads_category_5`

```elixir
@spec pirads_category_5() :: Dicom.SR.Code.t()
```

# `pixel_data_rows`

```elixir
@spec pixel_data_rows() :: Dicom.SR.Code.t()
```

# `pixel_spacing`

```elixir
@spec pixel_spacing() :: Dicom.SR.Code.t()
```

# `placenta_location`

```elixir
@spec placenta_location() :: Dicom.SR.Code.t()
```

# `placer_number`

```elixir
@spec placer_number() :: Dicom.SR.Code.t()
```

# `planned_dose`

```elixir
@spec planned_dose() :: Dicom.SR.Code.t()
```

# `planned_imaging_agent_admin`

```elixir
@spec planned_imaging_agent_admin() :: Dicom.SR.Code.t()
```

# `planned_volume`

```elixir
@spec planned_volume() :: Dicom.SR.Code.t()
```

# `planning_measurement`

```elixir
@spec planning_measurement() :: Dicom.SR.Code.t()
```

# `plaque_area`

```elixir
@spec plaque_area() :: Dicom.SR.Code.t()
```

# `plaque_burden`

```elixir
@spec plaque_burden() :: Dicom.SR.Code.t()
```

# `plaque_eccentricity_index`

```elixir
@spec plaque_eccentricity_index() :: Dicom.SR.Code.t()
```

# `plaque_morphology`

```elixir
@spec plaque_morphology() :: Dicom.SR.Code.t()
```

# `plaque_type`

```elixir
@spec plaque_type() :: Dicom.SR.Code.t()
```

# `plaque_volume`

```elixir
@spec plaque_volume() :: Dicom.SR.Code.t()
```

# `polyp_candidate`

```elixir
@spec polyp_candidate() :: Dicom.SR.Code.t()
```

# `polyp_size`

```elixir
@spec polyp_size() :: Dicom.SR.Code.t()
```

# `population_description`

```elixir
@spec population_description() :: Dicom.SR.Code.t()
```

# `positioner_primary_angle`

```elixir
@spec positioner_primary_angle() :: Dicom.SR.Code.t()
```

# `positioner_secondary_angle`

```elixir
@spec positioner_secondary_angle() :: Dicom.SR.Code.t()
```

# `positive_stress_test`

```elixir
@spec positive_stress_test() :: Dicom.SR.Code.t()
```

# `post_coordinated_measurements`

```elixir
@spec post_coordinated_measurements() :: Dicom.SR.Code.t()
```

# `pre_coordinated_measurements`

```elixir
@spec pre_coordinated_measurements() :: Dicom.SR.Code.t()
```

# `preclinical_acquisition_context`

```elixir
@spec preclinical_acquisition_context() :: Dicom.SR.Code.t()
```

# `prescription_for_eye`

```elixir
@spec prescription_for_eye() :: Dicom.SR.Code.t()
```

# `presentation_required`

```elixir
@spec presentation_required() :: Dicom.SR.Code.t()
```

# `pressure_gradient`

```elixir
@spec pressure_gradient() :: Dicom.SR.Code.t()
```

# `prior_biopsy`

```elixir
@spec prior_biopsy() :: Dicom.SR.Code.t()
```

# `prism_base`

```elixir
@spec prism_base() :: Dicom.SR.Code.t()
```

# `prism_diopter`

```elixir
@spec prism_diopter() :: Dicom.SR.Code.t()
```

# `prism_power`

```elixir
@spec prism_power() :: Dicom.SR.Code.t()
```

# `probability_of_cancer`

```elixir
@spec probability_of_cancer() :: Dicom.SR.Code.t()
```

# `probability_of_malignancy`

```elixir
@spec probability_of_malignancy() :: Dicom.SR.Code.t()
```

# `procedure_action`

```elixir
@spec procedure_action() :: Dicom.SR.Code.t()
```

# `procedure_code`

```elixir
@spec procedure_code() :: Dicom.SR.Code.t()
```

# `procedure_description`

```elixir
@spec procedure_description() :: Dicom.SR.Code.t()
```

# `procedure_log`

```elixir
@spec procedure_log() :: Dicom.SR.Code.t()
```

# `procedure_reported`

```elixir
@spec procedure_reported() :: Dicom.SR.Code.t()
```

# `procedure_study_component_uid`

```elixir
@spec procedure_study_component_uid() :: Dicom.SR.Code.t()
```

# `procedure_study_instance_uid`

```elixir
@spec procedure_study_instance_uid() :: Dicom.SR.Code.t()
```

# `procedure_summary`

```elixir
@spec procedure_summary() :: Dicom.SR.Code.t()
```

# `prostate_imaging_findings`

```elixir
@spec prostate_imaging_findings() :: Dicom.SR.Code.t()
```

# `prostate_mr_report`

```elixir
@spec prostate_mr_report() :: Dicom.SR.Code.t()
```

# `prostate_volume`

```elixir
@spec prostate_volume() :: Dicom.SR.Code.t()
```

# `protocol_time_point_identifier`

```elixir
@spec protocol_time_point_identifier() :: Dicom.SR.Code.t()
```

# `psa_density`

```elixir
@spec psa_density() :: Dicom.SR.Code.t()
```

# `psa_level`

```elixir
@spec psa_level() :: Dicom.SR.Code.t()
```

# `pulmonic_valve`

```elixir
@spec pulmonic_valve() :: Dicom.SR.Code.t()
```

# `pulsatility_index`

```elixir
@spec pulsatility_index() :: Dicom.SR.Code.t()
```

# `pulse_sequence_name`

```elixir
@spec pulse_sequence_name() :: Dicom.SR.Code.t()
```

# `pulses`

```elixir
@spec pulses() :: Dicom.SR.Code.t()
```

# `quality_assessment`

```elixir
@spec quality_assessment() :: Dicom.SR.Code.t()
```

# `radiation_dose_estimate`

```elixir
@spec radiation_dose_estimate() :: Dicom.SR.Code.t()
```

# `radiation_exposure`

```elixir
@spec radiation_exposure() :: Dicom.SR.Code.t()
```

# `radiographic_view`

```elixir
@spec radiographic_view() :: Dicom.SR.Code.t()
```

# `radionuclide`

```elixir
@spec radionuclide() :: Dicom.SR.Code.t()
```

# `radiopharmaceutical`

```elixir
@spec radiopharmaceutical() :: Dicom.SR.Code.t()
```

# `radiopharmaceutical_administration_event`

```elixir
@spec radiopharmaceutical_administration_event() :: Dicom.SR.Code.t()
```

# `radiopharmaceutical_dose_report`

```elixir
@spec radiopharmaceutical_dose_report() :: Dicom.SR.Code.t()
```

# `radiopharmaceutical_start_datetime`

```elixir
@spec radiopharmaceutical_start_datetime() :: Dicom.SR.Code.t()
```

# `radiopharmaceutical_volume`

```elixir
@spec radiopharmaceutical_volume() :: Dicom.SR.Code.t()
```

# `recommendation`

```elixir
@spec recommendation() :: Dicom.SR.Code.t()
```

# `reconstruction_algorithm`

```elixir
@spec reconstruction_algorithm() :: Dicom.SR.Code.t()
```

# `recovery_phase`

```elixir
@spec recovery_phase() :: Dicom.SR.Code.t()
```

# `rectum`

```elixir
@spec rectum() :: Dicom.SR.Code.t()
```

# `rejected_for_quality_reasons`

```elixir
@spec rejected_for_quality_reasons() :: Dicom.SR.Code.t()
```

# `remodeling_index`

```elixir
@spec remodeling_index() :: Dicom.SR.Code.t()
```

# `rendering_intent`

```elixir
@spec rendering_intent() :: Dicom.SR.Code.t()
```

# `repetition_time`

```elixir
@spec repetition_time() :: Dicom.SR.Code.t()
```

# `report_narrative`

```elixir
@spec report_narrative() :: Dicom.SR.Code.t()
```

# `resistive_index`

```elixir
@spec resistive_index() :: Dicom.SR.Code.t()
```

# `rest_phase`

```elixir
@spec rest_phase() :: Dicom.SR.Code.t()
```

# `resting_heart_rate`

```elixir
@spec resting_heart_rate() :: Dicom.SR.Code.t()
```

# `retinal_thickness`

```elixir
@spec retinal_thickness() :: Dicom.SR.Code.t()
```

# `retinal_volume`

```elixir
@spec retinal_volume() :: Dicom.SR.Code.t()
```

# `right_breast`

```elixir
@spec right_breast() :: Dicom.SR.Code.t()
```

# `right_coronary_artery`

```elixir
@spec right_coronary_artery() :: Dicom.SR.Code.t()
```

# `right_eye`

```elixir
@spec right_eye() :: Dicom.SR.Code.t()
```

# `right_ventricle`

```elixir
@spec right_ventricle() :: Dicom.SR.Code.t()
```

# `route_of_administration`

```elixir
@spec route_of_administration() :: Dicom.SR.Code.t()
```

# `scanning_length`

```elixir
@spec scanning_length() :: Dicom.SR.Code.t()
```

# `scattered_fibroglandular`

```elixir
@spec scattered_fibroglandular() :: Dicom.SR.Code.t()
```

# `score_unit`

```elixir
@spec score_unit() :: Dicom.SR.Code.t()
```

# `seconds`

```elixir
@spec seconds() :: Dicom.SR.Code.t()
```

# `selection_status`

```elixir
@spec selection_status() :: Dicom.SR.Code.t()
```

# `seminal_vesicle_invasion`

```elixir
@spec seminal_vesicle_invasion() :: Dicom.SR.Code.t()
```

# `shear_wave_elasticity`

```elixir
@spec shear_wave_elasticity() :: Dicom.SR.Code.t()
```

# `shear_wave_velocity`

```elixir
@spec shear_wave_velocity() :: Dicom.SR.Code.t()
```

# `sigmoid_colon`

```elixir
@spec sigmoid_colon() :: Dicom.SR.Code.t()
```

# `signal_quality`

```elixir
@spec signal_quality() :: Dicom.SR.Code.t()
```

# `simplified_echo_report`

```elixir
@spec simplified_echo_report() :: Dicom.SR.Code.t()
```

# `single_deepest_pocket`

```elixir
@spec single_deepest_pocket() :: Dicom.SR.Code.t()
```

# `single_image_finding`

```elixir
@spec single_image_finding() :: Dicom.SR.Code.t()
```

# `slice_thickness`

```elixir
@spec slice_thickness() :: Dicom.SR.Code.t()
```

# `source`

```elixir
@spec source() :: Dicom.SR.Code.t()
```

# `spacing_between_slices`

```elixir
@spec spacing_between_slices() :: Dicom.SR.Code.t()
```

# `specimen_container_identifier`

```elixir
@spec specimen_container_identifier() :: Dicom.SR.Code.t()
```

# `specimen_identifier`

```elixir
@spec specimen_identifier() :: Dicom.SR.Code.t()
```

# `specimen_type`

```elixir
@spec specimen_type() :: Dicom.SR.Code.t()
```

# `specimen_uid`

```elixir
@spec specimen_uid() :: Dicom.SR.Code.t()
```

# `spectacle_prescription_report`

```elixir
@spec spectacle_prescription_report() :: Dicom.SR.Code.t()
```

# `sphere_power`

```elixir
@spec sphere_power() :: Dicom.SR.Code.t()
```

# `spiral_pitch_factor`

```elixir
@spec spiral_pitch_factor() :: Dicom.SR.Code.t()
```

# `sq_mm`

```elixir
@spec sq_mm() :: Dicom.SR.Code.t()
```

# `st_segment_finding`

```elixir
@spec st_segment_finding() :: Dicom.SR.Code.t()
```

# `start_datetime`

```elixir
@spec start_datetime() :: Dicom.SR.Code.t()
```

# `station_ae_title`

```elixir
@spec station_ae_title() :: Dicom.SR.Code.t()
```

# `stationary_acquisition`

```elixir
@spec stationary_acquisition() :: Dicom.SR.Code.t()
```

# `statistical_description`

```elixir
@spec statistical_description() :: Dicom.SR.Code.t()
```

# `stenosis_grade`

```elixir
@spec stenosis_grade() :: Dicom.SR.Code.t()
```

# `stenosis_severity`

```elixir
@spec stenosis_severity() :: Dicom.SR.Code.t()
```

# `stent_placed`

```elixir
@spec stent_placed() :: Dicom.SR.Code.t()
```

# `stress_mode`

```elixir
@spec stress_mode() :: Dicom.SR.Code.t()
```

# `stress_protocol`

```elixir
@spec stress_protocol() :: Dicom.SR.Code.t()
```

# `stress_testing_report`

```elixir
@spec stress_testing_report() :: Dicom.SR.Code.t()
```

# `stroke_volume`

```elixir
@spec stroke_volume() :: Dicom.SR.Code.t()
```

# `structural_heart_report`

```elixir
@spec structural_heart_report() :: Dicom.SR.Code.t()
```

# `subject_age`

```elixir
@spec subject_age() :: Dicom.SR.Code.t()
```

# `subject_birth_date`

```elixir
@spec subject_birth_date() :: Dicom.SR.Code.t()
```

# `subject_breed`

```elixir
@spec subject_breed() :: Dicom.SR.Code.t()
```

# `subject_class`

```elixir
@spec subject_class() :: Dicom.SR.Code.t()
```

# `subject_id`

```elixir
@spec subject_id() :: Dicom.SR.Code.t()
```

# `subject_name`

```elixir
@spec subject_name() :: Dicom.SR.Code.t()
```

# `subject_sex`

```elixir
@spec subject_sex() :: Dicom.SR.Code.t()
```

# `subject_species`

```elixir
@spec subject_species() :: Dicom.SR.Code.t()
```

# `subject_time_point_identifier`

```elixir
@spec subject_time_point_identifier() :: Dicom.SR.Code.t()
```

# `subject_uid`

```elixir
@spec subject_uid() :: Dicom.SR.Code.t()
```

# `successful_analyses_performed`

```elixir
@spec successful_analyses_performed() :: Dicom.SR.Code.t()
```

# `successful_detections_performed`

```elixir
@spec successful_detections_performed() :: Dicom.SR.Code.t()
```

# `summary`

```elixir
@spec summary() :: Dicom.SR.Code.t()
```

# `synthetic_graft`

```elixir
@spec synthetic_graft() :: Dicom.SR.Code.t()
```

# `systolic_blood_pressure`

```elixir
@spec systolic_blood_pressure() :: Dicom.SR.Code.t()
```

# `t2w_signal_score`

```elixir
@spec t2w_signal_score() :: Dicom.SR.Code.t()
```

# `table`

```elixir
@spec table() :: Dicom.SR.Code.t()
```

# `target_heart_rate`

```elixir
@spec target_heart_rate() :: Dicom.SR.Code.t()
```

# `target_organ`

```elixir
@spec target_organ() :: Dicom.SR.Code.t()
```

# `temporal_event`

```elixir
@spec temporal_event() :: Dicom.SR.Code.t()
```

# `temporal_offset_from_event`

```elixir
@spec temporal_offset_from_event() :: Dicom.SR.Code.t()
```

# `test_result`

```elixir
@spec test_result() :: Dicom.SR.Code.t()
```

# `time_point`

```elixir
@spec time_point() :: Dicom.SR.Code.t()
```

# `time_point_order`

```elixir
@spec time_point_order() :: Dicom.SR.Code.t()
```

# `time_point_type`

```elixir
@spec time_point_type() :: Dicom.SR.Code.t()
```

# `timi_flow_grade`

```elixir
@spec timi_flow_grade() :: Dicom.SR.Code.t()
```

# `total_fluoro_time`

```elixir
@spec total_fluoro_time() :: Dicom.SR.Code.t()
```

# `total_number_of_radiographic_frames`

```elixir
@spec total_number_of_radiographic_frames() :: Dicom.SR.Code.t()
```

# `total_volume`

```elixir
@spec total_volume() :: Dicom.SR.Code.t()
```

# `tracking_identifier`

```elixir
@spec tracking_identifier() :: Dicom.SR.Code.t()
```

# `tracking_unique_identifier`

```elixir
@spec tracking_unique_identifier() :: Dicom.SR.Code.t()
```

# `transcribed_diagnostic_imaging_report`

```elixir
@spec transcribed_diagnostic_imaging_report() :: Dicom.SR.Code.t()
```

# `transition_zone`

```elixir
@spec transition_zone() :: Dicom.SR.Code.t()
```

# `transverse_colon`

```elixir
@spec transverse_colon() :: Dicom.SR.Code.t()
```

# `tricuspid_valve`

```elixir
@spec tricuspid_valve() :: Dicom.SR.Code.t()
```

# `tube_current`

```elixir
@spec tube_current() :: Dicom.SR.Code.t()
```

# `value_for_n`

```elixir
@spec value_for_n() :: Dicom.SR.Code.t()
```

# `valve_area`

```elixir
@spec valve_area() :: Dicom.SR.Code.t()
```

# `vascular_analysis_section`

```elixir
@spec vascular_analysis_section() :: Dicom.SR.Code.t()
```

# `vascular_measurement_group`

```elixir
@spec vascular_measurement_group() :: Dicom.SR.Code.t()
```

# `vascular_patient_characteristics`

```elixir
@spec vascular_patient_characteristics() :: Dicom.SR.Code.t()
```

# `vascular_procedure_summary`

```elixir
@spec vascular_procedure_summary() :: Dicom.SR.Code.t()
```

# `vascular_section`

```elixir
@spec vascular_section() :: Dicom.SR.Code.t()
```

# `vascular_ultrasound_report`

```elixir
@spec vascular_ultrasound_report() :: Dicom.SR.Code.t()
```

# `vein_graft`

```elixir
@spec vein_graft() :: Dicom.SR.Code.t()
```

# `ventricular_analysis_section`

```elixir
@spec ventricular_analysis_section() :: Dicom.SR.Code.t()
```

# `vertebral_artery`

```elixir
@spec vertebral_artery() :: Dicom.SR.Code.t()
```

# `vessel`

```elixir
@spec vessel() :: Dicom.SR.Code.t()
```

# `vessel_area`

```elixir
@spec vessel_area() :: Dicom.SR.Code.t()
```

# `vessel_branch`

```elixir
@spec vessel_branch() :: Dicom.SR.Code.t()
```

# `vessel_diameter`

```elixir
@spec vessel_diameter() :: Dicom.SR.Code.t()
```

# `vessel_lumen_area`

```elixir
@spec vessel_lumen_area() :: Dicom.SR.Code.t()
```

# `vessel_patency`

```elixir
@spec vessel_patency() :: Dicom.SR.Code.t()
```

# `vessel_segment`

```elixir
@spec vessel_segment() :: Dicom.SR.Code.t()
```

# `vessel_volume`

```elixir
@spec vessel_volume() :: Dicom.SR.Code.t()
```

# `wall_motion_abnormality`

```elixir
@spec wall_motion_abnormality() :: Dicom.SR.Code.t()
```

# `wall_motion_analysis`

```elixir
@spec wall_motion_analysis() :: Dicom.SR.Code.t()
```

# `wall_motion_score`

```elixir
@spec wall_motion_score() :: Dicom.SR.Code.t()
```

# `wall_motion_score_index`

```elixir
@spec wall_motion_score_index() :: Dicom.SR.Code.t()
```

# `wall_motion_segment`

```elixir
@spec wall_motion_segment() :: Dicom.SR.Code.t()
```

# `waveform_annotation`

```elixir
@spec waveform_annotation() :: Dicom.SR.Code.t()
```

# `waveform_morphology`

```elixir
@spec waveform_morphology() :: Dicom.SR.Code.t()
```

# `waveform_reference`

```elixir
@spec waveform_reference() :: Dicom.SR.Code.t()
```

# `xray_radiation_dose_report`

```elixir
@spec xray_radiation_dose_report() :: Dicom.SR.Code.t()
```

---

*Consult [api-reference.md](api-reference.md) for complete listing*