How To Use HCPCS Code C1770

HCPCS code C1770 describes an imaging coil used in magnetic resonance imaging (MRI) procedures. This insertable coil is designed to enhance the quality and accuracy of MRI images by providing detailed visualization of specific body parts or organs. In this article, we will explore the various aspects of HCPCS code C1770, including its official description, procedure, usage guidelines, billing requirements, historical information, and coverage by Medicare and other insurance providers.

1. What is HCPCS C1770?

HCPCS code C1770 is used to identify an imaging coil that is inserted into the body during a magnetic resonance imaging (MRI) procedure. This coil is specifically designed to improve the quality and resolution of MRI images by focusing on a specific area of the body. It is an essential component of MRI technology and plays a crucial role in diagnosing and monitoring various medical conditions.

2. Official Description

The official description of HCPCS code C1770 is “Imaging coil, magnetic resonance (insertable)”. The short description provided for this code is “Enteral supp not otherwise c”. This description accurately reflects the purpose and function of the imaging coil in MRI procedures.

3. Procedure

1. The imaging coil is carefully inserted into the body of the patient.
2. It is positioned in close proximity to the area of interest, such as a specific organ or body part.
3. The MRI machine generates a magnetic field and emits radio waves.
4. The imaging coil receives these signals and converts them into detailed images.
5. The images captured by the imaging coil are used by healthcare professionals to diagnose and monitor medical conditions.

4. When to use HCPCS code C1770

HCPCS code C1770 should be used when an insertable imaging coil is utilized during a magnetic resonance imaging (MRI) procedure. It is important to note that this code is specific to MRI imaging coils and should not be used for other types of imaging devices or procedures.

5. Billing Guidelines and Documentation Requirements

When billing for HCPCS code C1770, healthcare providers need to ensure that the following documentation requirements are met:

• Medical records should clearly indicate the use of an insertable imaging coil during the MRI procedure.
• Documentation should include the specific body part or organ being imaged.
• Any relevant clinical findings or indications for the MRI procedure should be documented.

Providers should follow the standard billing guidelines and coding practices to ensure accurate and timely reimbursement for the imaging coil.

6. Historical Information and Code Maintenance

HCPCS code C1770 was added to the Healthcare Common Procedure Coding System on January 01, 1985. Since its addition, there have been no maintenance actions taken for this code, as indicated by the action code N, which means no maintenance for this code. This suggests that the code has remained consistent in its description and usage over the years.

7. Medicare and Insurance Coverage

HCPCS code C1770 is eligible for coverage by Medicare and other insurance providers. The pricing indicator code 57 indicates that the code is priced by carriers using other methodologies. The multiple pricing indicator code A signifies that the code is not applicable as HCPCS priced under one methodology.

8. Examples

Here are five examples of scenarios where HCPCS code C1770 should be billed:

1. A patient undergoes an MRI of the brain, and an insertable imaging coil is used to enhance the visualization of the cranial structures.
2. An MRI of the spine is performed, and an insertable imaging coil is utilized to improve the clarity of the spinal cord and surrounding tissues.
3. A patient requires an MRI of the liver, and an insertable imaging coil is inserted to obtain detailed images of the hepatic structures.
4. An MRI of the pelvis is conducted, and an insertable imaging coil is employed to enhance the visualization of the reproductive organs.
5. A patient undergoes an MRI of the knee, and an insertable imaging coil is used to capture high-resolution images of the joint and surrounding structures.