Coding Ahead
CasePilot
Medical Coding Assistant
CaseConsultant
Instant Email Coding Consultant
Case2Code
Search and Code Lookup Tool
CareerCenter
Medical Coding Job Board
Log in Register free account

Need help choosing the right code?

Ask CasePilot about procedures, modifiers, bundling, and coding guidance.

Try CasePilot

Last Updated: January 2026 | Verified for 2026 AMA, CPT & CMS Guidelines

Key Takeaways (Read This First)

  • 95938 is not an EMG/NCS “bundle” code in CPT: The AMA descriptor for CPT 95938 is a bilateral short-latency somatosensory evoked potential (SSEP) study of upper and lower limbs, which is a neurophysiology evoked potential test—not a needle EMG and nerve conduction study service

.

  • Correct EMG/NCS coding in 2026 is typically: one NCS code from 95907–95913 (selected by number of studies performed) plus EMG add-on code(s) 95885–95887 when an EMG is performed on the same date . Payer policies frequently evaluate the reasonableness

of the number of nerves/muscles tested, so accuracy in counting “studies” and documenting targets is essential .

  • Documentation is what makes claims defensible: Audit-proof EMG/NCS documentation generally includes (1) medical necessity and clinical question, (2) nerves and muscles tested, (3) modalities (sensory/motor, F-waves, H-reflex if applicable), (4) quantitative NCS values (latency/amplitude/conduction velocity), (5) EMG findings per muscle, and (6) a clinical impression that links results to the suspected diagnosis .
  • Modifiers matter: Use -26 (professional) and -TC (technical) when billing must be split between a facility and interpreting physician (common in hospitals) and bill globally with no modifier when one entity provides both components, consistent with Medicare billing frameworks

. Use -25 on E/M when a separately identifiable visit occurs the same day, and use

-59 (or the more specific subset modifier) only when you must indicate a truly distinct diagnostic service beyond an edit .

This article clarifies a persistent real-world confusion: some clinicians and billing teams informally refer to “95938” when they mean a comprehensive electrodiagnostic evaluation (needle EMG plus extensive nerve conduction studies). However, under the AMA CPT code descriptor, CPT 95938 is an evoked potential (SSEP) procedure, not an EMG/NCS code . If your goal is to bill a same-day EMG with multiple NCS, the compliant path is to code the NCS with one code from 95907–95913 based on the total number of studies and then add the appropriate EMG add-on code(s) 95885–95887 when needle EMG is performed on the same date

.

Because electrodiagnostic testing is heavily policy-driven, this guide focuses on what payers and auditors typically look for: clear medical necessity, accurate study counts, correct use of add-on structure, and correct component billing. Coverage and documentation expectations are described in both Medicare guidance and major payer medical policies .

1. What CPT 95938 Actually Is (and Why It’s Confused)

The authoritative CPT descriptor for 95938 describes a bilateral SSEP study of upper and lower limbs

. SSEPs are neurophysiologic tests measuring conduction along sensory pathways from peripheral

nerves through the spinal cord to cortical responses. They are commonly used in certain neurologic evaluations and can be used in intraoperative contexts, depending on the monitoring configuration and coding rules in effect for the service being provided.

Why the confusion exists: many comprehensive EMG/NCS evaluations in complex neuropathy or radiculopathy workups do involve testing multiple limbs and multiple nerves and muscles. This “four-limb comprehensive study” concept can resemble the “upper and lower limbs, bilateral” wording people see attached to 95938. However, the test modality is different. EMG/NCS are electrodiagnostic studies focused on muscle electrical activity (needle EMG) and peripheral nerve conduction (NCS), whereas 95938 is an evoked potential pathway study

.

Compliance risk: Billing 95938 to represent EMG/NCS services can create a mismatch between the billed CPT descriptor and the test actually performed. If an auditor compares the report to the descriptor, the claim can be denied or recouped. The safer approach is to bill EMG/NCS with the correct EMG add-on code(s) plus the single correct NCS code based on study count, and reserve 95938 for the SSEP procedure described by CPT .

2. Correct EMG/NCS Coding in 2026 (95885–95887 + 95907–95913)

Most payer policies and Medicare guidance describe EMG/NCS in a structured way: you select exactly one NCS code from 95907–95913 per patient per day (based on the total number of studies performed that day) and you add the EMG add-on code(s) 95885 (limited) or 95886 (complete) per extremity when needle EMG is performed in conjunction with NCS on that date.

2.1 Selecting the correct NCS code (95907–95913)

The 95907–95913 family is chosen by the number of studies performed. Medicare guidance and payer policies emphasize that the study count is not simply “number of nerves,” but rather the number of discrete conduction tests, which may include sensory and motor evaluations and certain late responses when performed and counted under the policy framework.

In practice, coders should use the same counting method consistently and ensure the report structure makes the count transparent.

Key billing concept: report only one NCS code per day (for example, 95909 for 5–6 studies or 95911 for 9–10 studies). Payer policies treat these as a single “bucket” code representing the day’s NCS volume .

2.2 Selecting the correct EMG add-on code (95885 vs 95886) and when 95887 applies

When NCS are performed on the same date as needle EMG, AMA/CPT coding structure (as reflected in billing education and Medicare guidance) requires using the add-on EMG codes rather than the older standalone extremity EMG codes

.

  • 95885 is used for a limited extremity EMG (commonly framed as testing up to four muscles in the extremity).
  • 95886 is used for a complete extremity EMG (commonly framed as testing five or more muscles with appropriate breadth of innervation/spinal levels), and it includes “related paraspinal areas, when performed” within the extremity exam structure

.

  • 95887 is an add-on code for needle EMG of non-extremity muscles when performed with NCS (used in defined scenarios; do not double-bill paraspinals if they are included as “related paraspinal areas” in an extremity EMG code)

.

Many payer policies explicitly define indications and limitations for EMG/NCS and expect that the needle EMG component is not superficial.

For example, policies describing EMG/NCS medical necessity often highlight that NCS without needle EMG may provide incomplete information for many diagnostic questions, reinforcing that combined testing should be clinically purposeful and documented .

3. Audit-Proof Documentation Checklist

Documentation is the primary determinant of whether electrodiagnostic claims survive audit. Medicare billing guidance and major payer medical policies consistently emphasize complete reporting: what was tested, how it was tested, quantitative values, and an interpretive impression tied to the clinical question .

3.1 Minimum documentation elements auditors expect

  • Clinical indication and question: symptoms and duration, relevant exam findings, and what diagnosis is being ruled in/out.
  • Order/referral alignment: the ordering clinician and the reason the study will change management.
  • Nerves tested + modalities: sensory vs motor, and any late responses performed (F-waves, H-reflex) described clearly.
  • Quantitative NCS values: latencies, amplitudes, conduction velocities (and temperature control notes when relevant).
  • Muscles tested in needle EMG: list each muscle, note insertional activity, spontaneous activity, MUAP morphology, recruitment.
  • Interpretation/impression: a concise statement that links findings to diagnosis and severity and localizes pathology.

3.2 A practical “audit-proof” reporting pattern

A report format that routinely performs well in reviews is a two-part structure:

  • NCS table showing each nerve, modality, segment, and values (with reference ranges where your lab uses them), followed by a short narrative interpretation.
  • Needle EMG table listing each muscle, innervation/root level, spontaneous activity, MUAP characteristics, and recruitment, followed by overall impression. Medicare guidance explicitly discusses documentation expectations for these services, and payer medical policies often mirror these requirements .

In addition, the AANEM recommended policy provides utilization expectations and emphasizes appropriate study design and documentation in the context of clinical indications and repeat testing .

4. Modifiers: 26, TC, 25, 59 (and When Not to Use Them)

4.1 -26 and -TC (professional vs technical components)

Electrodiagnostic procedures are frequently billed as either global services (one entity provides equipment and interpretation) or split services (technical billed by the facility; professional billed by the interpreting physician). Medicare billing guidance commonly addresses the component billing framework and supervision expectations for diagnostic tests

.

  • Global: No modifier when one billing entity provides both performance/equipment and interpretation/reporting.
  • Professional component: Append -26 when billing only interpretation/report.
  • Technical component: Append -TC when billing only equipment/technician portion (facility billing pattern). If both a facility and a physician bill globally for the same date of service, duplicate payment edits and denials are common. Split billing avoids that conflict but requires that the record clearly supports who provided which component.

4.2 -25 for same-day E/M

An E/M service may be billed the same day as EMG/NCS when it is separately identifiable and not merely the pre-test assessment.

Payer medical policies commonly require clear documentation of distinct history/exam/decision-making separate from the procedure note . In that case, append -25 to the E/M code. Without clear separation, the E/M is vulnerable to denial or downcoding.

4.3 -59 and NCCI edits (use only when truly distinct)

The CMS NCCI manual describes when modifier 59 (or a subset modifier) may be used to identify a distinct diagnostic procedure that is otherwise bundled under an edit, and it warns against routine modifier use without a true distinct-service rationale .

For EMG/NCS, the standard pairing of one NCS code plus appropriate EMG add-on code(s) is usually payable without modifier 59. Modifier 59 becomes relevant only in unusual circumstances (separate session, different anatomic site where policy requires distinction, or documented independent

diagnostic service beyond what an edit assumes).

5. ICD-10 Medical Necessity Patterns and Coverage Expectations

Coverage is diagnosis- and context-dependent. Major payer policies and Medicare articles describe covered indications and limitations for EMG/NCS, and they typically emphasize that the test should answer a specific diagnostic question and influence management .

Common high-support indications (examples)

  • Carpal tunnel syndrome (e.g., G56.01/G56.02/G56.03): classic indication to localize and grade median neuropathy at the wrist .
  • Radiculopathy (e.g., M54.12, M54.16): EMG helps differentiate radiculopathy vs peripheral entrapment or plexopathy .
  • Polyneuropathy (e.g., E11.42, G62.9): multi-nerve/multi-limb testing often clinically appropriate, and documentation should show why the scope was necessary

.

  • Focal mononeuropathies (ulnar neuropathy, peroneal neuropathy, etc.): localization and severity assessment .
  • Motor neuron disease (ALS) (G12.21) and complex neuromuscular conditions: extensive studies and defined repeat testing patterns may be medically appropriate; repeat frequency should be justified and consistent with professional recommendations

.

Payers often deny EMG/NCS for nonspecific complaints (diffuse pain without neurologic findings, routine screening) and may require clear clinical deficits or failure of conservative therapy for certain entrapment syndromes .

For repeat studies, professional recommendations and Medicare contractor approaches commonly expect a documented change in clinical status or a specific management question (pre-surgery reassessment, disease progression monitoring, new distribution of symptoms) .

6. Real-World Coding Scenarios

Scenario A: Unilateral carpal tunnel workup

Clinical: Right hand numbness with positive provocative testing.

Testing: NCS totals 3–4 studies; needle EMG of right upper extremity includes ≥5 muscles.

Coding approach: One NCS code for the day (e.g., 95908 if 3–4 studies) plus 95886 (complete extremity EMG) for the right arm.

Documentation focus: include median motor and sensory values (latency/amplitude) and EMG findings in median-innervated muscles,

then correlate to “median mononeuropathy at the wrist” impression.

Policy alignment: Typical covered indication and reporting expectations appear in Medicare guidance and payer medical policy

.

Scenario B: Diabetic polyneuropathy with four-limb testing and same-day E/M

Clinical: Long-standing diabetes with distal sensory loss and gait imbalance.

Testing: NCS totals 9–10 studies; EMG includes complete exams in multiple extremities.

Coding approach: One NCS code matching count (e.g., 95911 for 9–10 studies) plus 95886 per extremity examined (up to four units).

If a separately identifiable new-patient evaluation occurs the same day, bill an E/M code with modifier -25.

Documentation focus: for -25, clearly separate the E/M note (history/exam/assessment/plan) from the procedure report.

For the test, present NCS/EMG tables and an impression consistent with length-dependent polyneuropathy.

Utilization notes: repeat testing should be justified if performed frequently; AANEM recommendations discuss reasonable repeat patterns .

Scenario C: Cervical radiculopathy; paraspinals tested

Clinical: Neck pain with dermatomal symptoms and weakness suggesting C7 involvement.

Testing: NCS 5–6 studies; EMG of right upper extremity includes ≥5 muscles and includes related cervical paraspinals.

Coding approach: One NCS code (e.g., 95909 for 5–6 studies) plus 95886 for the right upper extremity.

Do not separately bill paraspinal EMG if it is included as “related paraspinal areas when performed” within the extremity EMG service structure.

Rules support: Medicare documentation and policy and payer coverage expectations describe this typical combined testing pattern

.

Scenario D: Repeat study within 12 months

Clinical: Post-surgical patient returns with new or worsened symptoms eight months after a prior EMG/NCS.

Coding approach: Code the repeat study the same way as the initial (correct NCS bucket code + appropriate EMG add-ons). Typically no special modifier is required solely because it is a repeat on a different date, but the record should explicitly justify why repeat testing changes management (recurrence, new distribution, pre-op planning, progression).

Coverage reality: repeat frequency expectations are addressed in professional recommendations and are often reflected in payer review behavior .

7. Related Codes Reference Table (Clean and Practical)

CPT Code 2026 Descriptor Summary How It’s Used in Practice
95885 Needle EMG, each extremity, with related paraspinal areas when performed, done with NCS; limited (add-on) Use when an extremity EMG is performed with NCS on the same date and the extremity exam is limited in scope.
Commonly taught threshold is ≤4 muscles in the limb; always ensure the report lists each muscle tested
.
95886 Needle EMG, each extremity, with related paraspinal areas when performed, done with NCS; complete (add-on) Use when the extremity EMG is complete, commonly framed as ≥5 muscles with appropriate breadth of innervation/levels.
Often used per limb in neuropathy/radiculopathy workups .
95887 Needle EMG, non-extremity muscles, done with NCS (add-on) Use for specific non-extremity muscle testing with NCS when appropriate and not already included in the extremity EMG service structure.
Documentation must clearly identify muscles and purpose .
95907–95913 Nerve conduction studies “bucket” codes by number of studies performed Select exactly one code per date of service based on total studies performed. Report structure should make the count transparent.
Medicare and payer policies often scrutinize study counts for reasonableness by indication .
95937 Neuromuscular junction testing (repetitive stimulation), each nerve Specialized testing (e.g., suspected myasthenia). If billed, the report should document protocol and abnormal decrement/increment.
Policy expectations appear in Medicare guidance and payer medical policy .
95938 Short-latency somatosensory evoked potentials (SSEP), upper and lower limbs, bilateral Use for the SSEP procedure described in CPT. Do not substitute this code for EMG/NCS; EMG/NCS should be coded with 95907–95913 plus 95885–95887 as applicable .

Bottom line: if your clinical service is “EMG plus multiple NCS,” code it as an NCS bucket code (95907–95913) plus the correct EMG add-on code(s) (95885–95887). Reserve 95938 for the evoked potential SSEP procedure defined by CPT. This alignment between the performed test and the billed descriptor

is the foundation for passing payer edits and post-payment reviews.

Official Description

Short-latency somatosensory evoked potential study, stimulation of any/all peripheral nerves or skin sites, recording from the central nervous system; in upper and lower limbs

© Copyright 2026 American Medical Association. All rights reserved.

Common Language Description

Short-latency somatosensory evoked potential (SEP) studies are diagnostic tests that measure the electrical activity in the brain in response to sensory stimuli applied to peripheral nerves or skin sites. These studies are crucial for assessing the integrity of the somatosensory pathways, which are responsible for transmitting sensory information from the body to the central nervous system. The term "short-latency" refers to the rapid response time of the evoked potentials, which is categorized based on the latency of the waveform generated following stimulation. Specifically, short-latency SEPs are characterized by their quick onset, with the upper extremity nerves producing responses within 25 milliseconds and the tibial nerve responses occurring within 50 milliseconds after stimulation. Abnormal results from these tests can indicate dysfunction within the somatosensory pathways, which may be indicative of various neurological conditions. The procedure involves the application of electrical stimulation to the selected nerves, with electrodes strategically placed to capture the resulting electrical signals. This process allows for the detailed analysis of the neural pathways involved in sensory perception, providing valuable information for diagnosis and treatment planning.

© Copyright 2026 Coding Ahead. All rights reserved.

1. Indications

Short-latency somatosensory evoked potential studies are performed for various clinical indications, particularly when there is a need to evaluate the function of the somatosensory pathways. The following conditions may warrant this procedure:

  • Neuropathy Evaluation of peripheral nerve function in patients with suspected neuropathies, including diabetic neuropathy or other forms of nerve damage.
  • Multiple Sclerosis Assessment of demyelination effects on sensory pathways in patients with multiple sclerosis.
  • Spinal Cord Injury Investigation of sensory pathway integrity in individuals with spinal cord injuries.
  • Stroke Determination of sensory pathway involvement in patients who have experienced a stroke.
  • Radiculopathy Diagnosis of radiculopathy by evaluating nerve root function in the presence of radicular symptoms.

2. Procedure

The procedure for conducting a short-latency somatosensory evoked potential study involves several key steps to ensure accurate measurement and recording of the evoked potentials. The following outlines the procedural steps:

  • Step 1: Patient Preparation The patient is positioned comfortably, and the skin over the selected peripheral nerves is cleaned to ensure good electrode contact. The physician explains the procedure to the patient to alleviate any anxiety and ensure cooperation during the test.
  • Step 2: Electrode Placement Electrodes are placed on the skin over the targeted peripheral nerve sites, such as the median nerve at the wrist or the tibial nerve at the ankle. A ground electrode is also placed on the limb or another site to minimize electrical noise and artifacts during recording.
  • Step 3: Stimulation Monophasic rectangular pulses are delivered to the peripheral nerves using either a constant voltage or constant current stimulator. The stimulation causes a twitch in the muscle, which generates the somatosensory evoked potential waveform.
  • Step 4: Recording Recording electrodes are positioned over the scalp, spine, and proximal peripheral nerves to capture the electrical signals generated by the sensory pathways. The system records the SEPs in a series of waves that reflect the sequential activation of neural structures.
  • Step 5: Data Analysis The physician reviews the recorded data, analyzing the waveform characteristics, including latency and amplitude, to assess the function of the somatosensory pathways. A comprehensive report is generated based on the findings.

3. Post-Procedure

After the completion of the short-latency somatosensory evoked potential study, the patient may resume normal activities immediately, as there are typically no significant side effects associated with the procedure. The physician will review the results and discuss the findings with the patient during a follow-up appointment. It is important for the physician to provide a detailed report that includes the interpretation of the SEP waveforms, any abnormalities noted, and recommendations for further evaluation or treatment if necessary. Patients should be informed that the results may take some time to analyze and that they will be contacted with the findings as soon as they are available.

Short Descr SOMATOSENSORY TESTING
Medium Descr SHORT-LATENCY SOMATOSENS EP STD UPR & LOW LIMB
Long Descr Short-latency somatosensory evoked potential study, stimulation of any/all peripheral nerves or skin sites, recording from the central nervous system; in upper and lower limbs
Status Code Active Code
Global Days XXX - Global Concept Does Not Apply
PC/TC Indicator (26, TC) 1 - Diagnostic Tests for Radiology Services
Multiple Procedures (51) 0 - No payment adjustment rules for multiple procedures apply.
Bilateral Surgery (50) 2 - 150% payment adjustment does NOT apply.
Physician Supervisions 09 - Concept does not apply.
Assistant Surgeon (80, 82) 0 - Payment restriction for assistants at surgery applies to this procedure...
Co-Surgeons (62) 0 - Co-surgeons not permitted for this procedure.
Team Surgery (66) 0 - Team surgeons not permitted for this procedure.
Diagnostic Imaging Family 99 - Concept Does Not Apply
APC Status Indicator Procedure or Service, Not Discounted when Multiple
Type of Service (TOS) 5 - Diagnostic Laboratory
Berenson-Eggers TOS (BETOS) T2D - Other tests - other
MUE 1
CCS Clinical Classification 7 - Other diagnostic nervous system procedures

This is a primary code that can be used with these additional add-on codes.

95940 Addon Code Resequenced Code MPFS Status: Active Code APC N Continuous intraoperative neurophysiology monitoring in the operating room, one on one monitoring requiring personal attendance, each 15 minutes (List separately in addition to code for primary procedure)
95941 Addon Code Resequenced Code MPFS Status: Not valid for Medicare purposes APC N Continuous intraoperative neurophysiology monitoring, from outside the operating room (remote or nearby) or for monitoring of more than one case while in the operating room, per hour (List separately in addition to code for primary procedure)
G0453 Add-on Code Medicare Coverage: Carrier Priced MPFS Status: Active Code APC N Continuous intraoperative neurophysiology monitoring, from outside the operating room (remote or nearby), per patient, (attention directed exclusively to one patient) each 15 minutes (list in addition to primary procedure)
26 Professional component: certain procedures are a combination of a physician or other qualified health care professional component and a technical component. when the physician or other qualified health care professional component is reported separately, the service may be identified by adding modifier 26 to the usual procedure number.
59 Distinct procedural service: under certain circumstances, it may be necessary to indicate that a procedure or service was distinct or independent from other non-e/m services performed on the same day. modifier 59 is used to identify procedures/services, other than e/m services, that are not normally reported together, but are appropriate under the circumstances. documentation must support a different session, different procedure or surgery, different site or organ system, separate incision/excision, separate lesion, or separate injury (or area of injury in extensive injuries) not ordinarily encountered or performed on the same day by the same individual. however, when another already established modifier is appropriate it should be used rather than modifier 59. only if no more descriptive modifier is available, and the use of modifier 59 best explains the circumstances, should modifier 59 be used. note: modifier 59 should not be appended to an e/m service. to report a separate and distinct e/m service with a non-e/m service performed on the same date, see modifier 25.
XU Unusual non-overlapping service, the use of a service that is distinct because it does not overlap usual components of the main service
GZ Item or service expected to be denied as not reasonable and necessary
TC Technical component; under certain circumstances, a charge may be made for the technical component alone; under those circumstances the technical component charge is identified by adding modifier 'tc' to the usual procedure number; technical component charges are institutional charges and not billed separately by physicians; however, portable x-ray suppliers only bill for technical component and should utilize modifier tc; the charge data from portable x-ray suppliers will then be used to build customary and prevailing profiles
GC This service has been performed in part by a resident under the direction of a teaching physician
52 Reduced services: under certain circumstances a service or procedure is partially reduced or eliminated at the discretion of the physician or other qualified health care professional. under these circumstances the service provided can be identified by its usual procedure number and the addition of modifier 52, signifying that the service is reduced. this provides a means of reporting reduced services without disturbing the identification of the basic service. note: for hospital outpatient reporting of a previously scheduled procedure/service that is partially reduced or cancelled as a result of extenuating circumstances or those that threaten the well-being of the patient prior to or after administration of anesthesia, see modifiers 73 and 74 (see modifiers approved for asc hospital outpatient use).
GA Waiver of liability statement issued as required by payer policy, individual case
GW Service not related to the hospice patient's terminal condition
XP Separate practitioner, a service that is distinct because it was performed by a different practitioner
53 Discontinued procedure: under certain circumstances, the physician or other qualified health care professional may elect to terminate a surgical or diagnostic procedure. due to extenuating circumstances or those that threaten the well being of the patient, it may be necessary to indicate that a surgical or diagnostic procedure was started but discontinued. this circumstance may be reported by adding modifier 53 to the code reported by the individual for the discontinued procedure. note: this modifier is not used to report the elective cancellation of a procedure prior to the patient's anesthesia induction and/or surgical preparation in the operating suite. for outpatient hospital/ambulatory surgery center (asc) reporting of a previously scheduled procedure/service that is partially reduced or cancelled as a result of extenuating circumstances or those that threaten the well being of the patient prior to or after administration of anesthesia, see modifiers 73 and 74 (see modifiers approved for asc hospital outpatient use).
58 Staged or related procedure or service by the same physician or other qualified health care professional during the postoperative period: it may be necessary to indicate that the performance of a procedure or service during the postoperative period was: (a) planned or anticipated (staged); (b) more extensive than the original procedure; or (c) for therapy following a surgical procedure. this circumstance may be reported by adding modifier 58 to the staged or related procedure. note: for treatment of a problem that requires a return to the operating/procedure room (eg, unanticipated clinical condition), see modifier 78.
76 Repeat procedure or service by same physician or other qualified health care professional: it may be necessary to indicate that a procedure or service was repeated by the same physician or other qualified health care professional subsequent to the original procedure or service. this circumstance may be reported by adding modifier 76 to the repeated procedure or service. note: this modifier should not be appended to an e/m service.
77 Repeat procedure by another physician or other qualified health care professional: it may be necessary to indicate that a basic procedure or service was repeated by another physician or other qualified health care professional subsequent to the original procedure or service. this circumstance may be reported by adding modifier 77 to the repeated procedure or service. note: this modifier should not be appended to an e/m service.
78 Unplanned return to the operating/procedure room by the same physician or other qualified health care professional following initial procedure for a related procedure during the postoperative period: it may be necessary to indicate that another procedure was performed during the postoperative period of the initial procedure (unplanned procedure following initial procedure). when this procedure is related to the first, and requires the use of an operating/procedure room, it may be reported by adding modifier 78 to the related procedure. (for repeat procedures, see modifier 76.)
95 Synchronous telemedicine service rendered via a real-time interactive audio and video telecommunications system: synchronous telemedicine service is defined as a real-time interaction between a physician or other qualified health care professional and a patient who is located at a distant site from the physician or other qualified health care professional. the totality of the communication of information exchanged between the physician or other qualified health care professional and the patient during the course of the synchronous telemedicine service must be of an amount and nature that would be sufficient to meet the key components and/or requirements of the same service when rendered via a face-to-face interaction. modifier 95 may only be appended to the services listed in appendix p. appendix p is the list of cpt codes for services that are typically performed face-to-face, but may be rendered via a real-time (synchronous) interactive audio and video telecommunications system.
CC Procedure code change (use 'cc' when the procedure code submitted was changed either for administrative reasons or because an incorrect code was filed)
CG Policy criteria applied
CR Catastrophe/disaster related
GV Attending physician not employed or paid under arrangement by the patient's hospice provider
GY Item or service statutorily excluded, does not meet the definition of any medicare benefit or, for non-medicare insurers, is not a contract benefit
KX Requirements specified in the medical policy have been met
Q1 Routine clinical service provided in a clinical research study that is in an approved clinical research study
Q5 Service furnished under a reciprocal billing arrangement by a substitute physician or by a substitute physical therapist furnishing outpatient physical therapy services in a health professional shortage area, a medically underserved area, or a rural area
Q6 Service furnished under a fee-for-time compensation arrangement by a substitute physician or by a substitute physical therapist furnishing outpatient physical therapy services in a health professional shortage area, a medically underserved area, or a rural area
XS Separate structure, a service that is distinct because it was performed on a separate organ/structure
Date
Action
Notes
2013-01-01 Changed Medium Descriptor changed.
2012-01-01 Added Added
Code
Description
Code
Description
Code
Description
Code
Description
Code
Description
CasePilot

Get instant expert-level medical coding assistance.

Ask about:
CPT Codes Guidelines Modifiers Crosswalks NCCI Edits Compliance Medicare Coverage
Example: "What is CPT code 99213?" or "Guidelines for E/M services"