Marquette University Neuro Recovery Clinic

Marquette University Neuro Recovery Clinic Contact information, map and directions, contact form, opening hours, services, ratings, photos, videos and announcements from Marquette University Neuro Recovery Clinic, Health & Wellness Website, 604 N 16th Street, Milwaukee, WI.

The Neuro Recovery Clinic is a rehabilitation clinic offering intensive programming aimed at facilitating neuroplasticity and recovery, physical therapy and occupational services, and long-term wellness activities in a safe and energetic environment.

02/13/2026

🌟💪Friday WINS💪🌟

We are so proud of Tray! He has progressed from walking with body weight support, an Eva walker, and 2 person assist -> to walking without body weight support and a cane! Let’s go Tray!!! 👏👏

02/12/2026

We 💛 occupational therapy with Joni! During an OT session today, Joni incorporated one of Josh’s favorite activities (kayaking) to drive neuroplastic changes and increase participation. She set up functional electrical stimulation to his UE’s while displaying a video of kayaking through Norway! This intervention increases recruitment of muscles through familiar movement patterns and engages the patient in visual scanning and tracking while enjoying the beautiful views! Keep up the great work Josh & Joni! 🧠💪

02/10/2026

Let’s talk High Intensity Gait Training (HIGT) to promote stroke recovery🧠🦵

Key principles targeted today:

✅ Increase heart rate to 70-85% of HR max to increase neurotrophic factors (BDNF), increase cerebral blood flow, and ultimately drive neuroplasticity

✅Ankle weight to challenge foot clearance (7.5 lbs used today) and facilitate error augmentation

✅ Treadmill incline to further challenge foot clearance/ limb advancement and improve propulsion

✅ Backwards walking to challenge balance stability, improve stance control of supporting limb, and strengthen the posterior chain (glute max, hamstrings, gastroc, soleus)

✅ Resisted walking to challenge propulsion

✅ Hurdles to challenge foot clearance, single leg stance control/ balance, and overall balance stability

02/06/2026

Happy Friday Everyone! 🧠💪

What is the goal of this intervention? See below!👇

People with Parkinson’s disease often experience difficulty dual tasking due to executive function deficits. This exercise is aimed at challenging foot clearance, coordination, and reactive balance with an added dual cognitive task of selecting the correct colored blaze pod with each rep. We could progress the cognitive demand of this activity by adding another cognitive task such as counting down from 100 by 3’s, naming foods starting with letters A-Z, naming animals, etc. We could also progress by adding bilateral ankle weights.

What are your go to Parkinson’s dual task interventions?

01/29/2026

The Call for Models is NOW OPEN!

We are seeking 50 Models (men, women & children of all ages) for the upcoming "This Is How We Roll" Fashion Show Fundraiser & Community Awareness Event on Sunday, March 1, 2026.
The deadline to get registered is February 1! Get your application in ASAP... Space is limited!!

Model application: https://forms.gle/CwTRzeHeYecwWfbV6

01/27/2026

Today we are using the ARC-Ex to provide transcutaneous spinal cord stimulation at the cervical level to address functional pinch for money management, while engaging in a dynamic reaching task.

01/26/2026

✨New Technology Spotlight✨

We have been using the ARC-Ex by Onward Medical for the past month - the first FDA approved non-invasive transcutaneous spinal cord stimulation device. Check out the videos to see how targeted stimulation at C5-6 is aiming to activate dormant neural pathways following an incomplete SCI. Have questions or using the ARC-Ex in your clinic? Let’s connect!

01/26/2026

Error augmentation is a key principle of neuro rehabilitation. Here are some ways we are embracing error to drive motor learning and promote neuroplasticity during sit to stand transfers (broken down by each error we are augmenting):

1. Retropulsion:

- Resistance band applying force posteriorly to encourage the patient to actively correct this deviation by increasing anterior force production.

- Standing on incline board to encourage patient to increase anterior weight shift and activate core to resist the pull into retropulsion.

2. Reduced weight bearing through left leg:

- Prop right leg on elevated surface to increase weight shift and weight bearing onto left leg.

✨ Service Dog Take Over ✨ Hi Everyone! My name is Auggie 🐾 I had so much fun today at my human’s Physical Therapy sessio...
01/21/2026

✨ Service Dog Take Over ✨

Hi Everyone! My name is Auggie 🐾 I had so much fun today at my human’s Physical Therapy session. Typically, we play in the , but today we took an exciting adventure to Marquette’s strength and conditioning room - what a pawty that was! I enjoyed helping my human step over hurdles, stand on uneven surfaces, and walk backwards. My human did pawesome (per usual)!

🐾 Auggie

🌟 Patient spotlight 🌟Meet Mike! He just wrapped up his first bout of skilled OT at the NRC where his plan of care includ...
01/15/2026

🌟 Patient spotlight 🌟

Meet Mike! He just wrapped up his first bout of skilled OT at the NRC where his plan of care included many fun activities centered around his occupation of being a Bucks Grand Dancer. Many sessions consisted of folding and tossing t shirts, high five tunnels, and use of TENs to facilitate sensory reintegration and neuronal connection development for improved use of his affected and dominant right arm 💪

Mike improved his coordination, sensation, and dexterity throughout care. He is now eating, throwing T shirts to Bucks fans in the stands, and unlocking his gym locker with his right hand. Keep up the good work Mike!

Happy Technology Thursday Neuro World! 🧠Last week we welcomed into the NRC for an Ipsihand screening day. We worked clo...
11/13/2025

Happy Technology Thursday Neuro World! 🧠

Last week we welcomed into the NRC for an Ipsihand screening day. We worked closely with Emily and Noah to identify potential candidates for use of this device. Ipsihand is a brain computer-interface device designed to target the brain through motor imagery and mental practice of movements. The device utilizes a tablet to walk you through motor movements all while an EEG monitoring headset captures your motor cortex’s response. Over time the device can be utilized within the home of users to supplement skilled therapy and promote neuroplastic changes leading to improved function in the involved upper extremity following a stroke.

Happy (day late) Halloween from the NRC crew! We hope everyone has a great weekend celebrating🧡🎃
11/01/2025

Happy (day late) Halloween from the NRC crew! We hope everyone has a great weekend celebrating🧡🎃

Address

604 N 16th Street
Milwaukee, WI
53233

Opening Hours

Monday 9am - 5pm
Tuesday 9am - 5pm
Wednesday 9am - 5pm
Thursday 9am - 5pm
Friday 9am - 3pm

Telephone

+14142886122

Website

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