Hey ,

Now I'm not saying we are neuroscientist or anything, but this is how Zoom AI captured our morning book club discussion:

Mindy discussed how the basal ganglia mechanism can inform strategies for teaching and stabilizing motor skills in children with dystonia, focusing on the role of dopamine in reinforcing desired movements and suppressing undesired ones. She used an example of training her puppy to illustrate how positive reinforcement can quickly establish a new motor pattern. Leah explored the implications of Chapter 4 for designing practice conditions in pediatric rehabilitation, discussing the role of different parts of the striatum in controlling movements and goal-directed behavior. Esther shared her insights on deep brain stimulation and spinal cord stimulation as treatment options, noting the challenges and potential risks involved, especially in children. The group agreed that the chapter was dense and challenging but provided valuable insights into their clinical practice.

All this to say - Chapter 4 is a doozy - but full of golden nuggets for those brave enough to show up at Book Club 😉

Here's the link for today: https://us06web.zoom.us/j/84714743544?pwd=H5znHtNZuh1XAf21FmAj22boeUGE5G.1

See you in a bit!

Mindy

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Two weeks has FLOWN by!! Just a reminder that we've got our nerdy neuroscience book club tomorrow. Before we turn the page, let’s quickly recap the journey...

What We’ve Explored So Far

• Chapter 1 introduced us to the foundational principles of brain organization and highlighted just how interconnected movement and sensation truly are.
• Chapter 2 took us into the deep core of basic movement circuits—the midbrain, brainstem, and spinal cord microcircuits. We saw how even the simplest, oldest circuits “set the beat” for coordinated action and how they’re wired to respond to sensory input and rhythm.
• Chapter 3 (our last session) zoomed in on vision. We unpacked how your brain builds a map of the world, decides what’s important, and orchestrates rapid shifts in attention, gaze, and body position using the tectum/superior colliculus—crucial for understanding everything from engagement to “fight or flight” responses in children and adults.

What's coming up in Chapter 4?

The Roles of the Basal Ganglia: For Initiation of Movement and Motor Learning,”

This is where things get powerfully practical for therapy.

Here’s why it matters:

• Movement Initiation and Learning: The basal ganglia aren’t just “background players”—they’re central to deciding which actions get started, sustained, or stopped. Understanding these circuits reframes how therapists can support clients who struggle to get moving, switch tasks, or form new movement patterns.

• Insights from Decades of Neuroscience: The chapter offers accessible (and occasionally mind-blowing!) summaries of classic experiments (like cats and rats performing without a neocortex!), helping us grasp why learned and habitual movements persist even after brain injuries—and why breaking a habit or building a new skill feels so different neurologically from executing an old one.

• Clinical Gold for Therapy: Dysfunctions here explain everything from Parkinson’s “freezing” and tiny handwriting to hyperkinetic disorders like Huntington’s, and even touch on ADHD, Tourette’s, and OCD. The chapter demystifies why some children and adults have trouble initiating, sequencing, or stopping movements—and arms us with deeper understanding for empathy and intervention.

• Linking Neuroscience to Habit, Motivation, and Plasticity: You'll see the neural basis for “chunking” movements, habit formation, and the interplay between motivation, dopamine, and action. There are gems for anyone working on skill acquisition, reward-based strategies, or habit change in therapy.

Bottom line: Chapter 4 bridges the gap between deep-brain microcircuits and the complex, lived experience of movement challenges. If you want to better understand why our kiddos get stuck, move impulsively, or struggle to learn new patterns, and how to work with the brain’s natural design, this chapter is a must-read.

And if you want to integrate it, own it and remember it - discussing it with a bunch of neuroscience nerdy therapists is where it's at!

Sign up HERE to get the FREE PDF download link sent to your inbox

>> https://bookme.name/wiredOnDevelopment

Come join us to nerd out (and draw practical inspiration for your next session)?

Looking forward to diving deep together,

Mindy

P.S. No need for perfect recall or “getting it all.” Bring your curiosity, your questions, and your stories—even if Chapter 4 is your first foray into the Neuro nerds Book Club. You belong here!