Greenberg Spine

Areas we serve

Spine Surgeon in Bryan, Ohio

Dr. Marc Greenberg is accepting appointments at the Bryan, Ohio office of Orthopaedics Northeast. Request a spine consultation or call (260) 484-8551 and ask for Dr. Greenberg at this office.

Bryan, Ohio office and directions

Orthopaedics Northeast — Bryan, Ohio
442 West High Street, Bryan, OH 43506

Get directions

The Bryan office provides an Ohio location to discuss when scheduling from Bryan and nearby Northwest Ohio communities. Confirm whether your appointment with Dr. Greenberg is at the Bryan office or at one of the Fort Wayne locations before arranging transportation.

Request an appointment

Request an appointment or call (260) 484-8551. The online form starts a scheduling callback; it does not reserve a time. Enter contact information only. The office will explain how to send records securely.

Before you travel

Ask the scheduling team to confirm the office, appointment date, insurance requirements, and how to transfer existing imaging. Bring your actual MRI or CT images when possible, the written reports, a medication list, and a list of treatments you have already tried. If you have had spine surgery, ask which prior operative records are needed.

Your office appointment and any later imaging, procedure, or surgery may have different locations. Use the destination on each appointment confirmation.

Learn about Dr. Greenberg and plan your visit

Other office locations

Dr. Greenberg also sees patients at Fort Wayne North, Fort Wayne Clinton, Fort Wayne Southwest, Warsaw, Indiana, Angola, Indiana. All six offices are accepting appointments. The scheduling team can help you choose a location and confirm a date. See all offices and communities served.

Request a consultGet a second opinion

This is general educational information, not medical advice. A clinical evaluation is the only way to know what’s right for you.

Talk with a fellowship-trained spine surgeon

Most spine problems improve without surgery. When an operation is warranted, the goal is to match the least-disruptive effective option to the diagnosis and anatomy.