How to Know You're Doing It Right
Before diving in, here are the key methods to verify your form without a teacher present.
Record Yourself
Set up your phone to record your practice. Compare your form against the illustrations and videos provided in each phase below.
Use a Mirror
Position your mat beside a full-length mirror. Check alignment in real-time — are your joints stacked? Is your spine neutral?
Breath Test
If you can breathe deeply and steadily in a pose, your alignment is likely good. If you're holding your breath, you've gone too far.
Pain Check
Discomfort in muscles = normal stretch. Sharp pain in joints = misalignment. Always back off if you feel joint pain.
✅ Correct vs ❌ Incorrect Alignment
Study these common alignment mistakes so you can self-correct during practice.
Functional Anatomy Framework — Based on Leslie Kaminoff's Yoga Anatomy
Our entire curriculum is built on the clinical kinesiology, breathing mechanics, and skeletal variance principles established by Leslie Kaminoff and Amy Matthews in their landmark textbook, Yoga Anatomy (Human Kinetics):
The 3D Breath & Cavity Shape-Change
Core Teaching: Respiration is fundamentally a three-dimensional shape change between two fluid-filled compartments: the thoracic cavity and the abdominal cavity, bounded by the diaphragm.
- Thoracic vs. Abdominal Excursion: In forward folds, abdominal excursion is constrained, directing the breath into the posterior ribcage (back-body breathing).
- Prana & Apana Dynamics: Inhalation creates axial space and expansive thoracic lift; exhalation roots the pelvis and supports core stability.
The Diaphragm-Psoas Fascial Nexus
Core Teaching: The respiratory diaphragm's right and left crura anchor directly onto the upper lumbar vertebrae (L1–L3), sharing a continuous anatomical fascial connection with the Psoas Major.
- The Stress-Hip Feedback Loop: Shallow chest breathing keeps the diaphragm hypertonic, transmitting chronic tension directly into the psoas and locking the hip flexors.
- Spinal Freedom: Releasing the psoas in poses like Warrior I, Pigeon, and Cobra mechanically frees the respiratory diaphragm to descend and expand fully.
Agonist-Antagonist Muscle Dynamics
Core Teaching: Poses are not static shapes; they are dynamic balance points between working stabilizers (concentric/isometric) and lengthening tissues (eccentric release).
- Reciprocal Inhibition: Actively contracting the quadriceps in forward bends signals the spinal cord to inhibit and safely relax the hamstrings.
- Scapulohumeral Rhythm: Overhead reaches and inversions require the serratus anterior to rotate the scapula upward, preventing subacromial rotator cuff impingement.
Skeletal Variance vs. Alignment Dogma
Core Teaching: Kaminoff's foundational axiom: "Never sacrifice the individual for the sake of the pose." Human bone structure governs unique joint angles for every practitioner.
- Tension vs. Compression: Tension is muscular resistance that yields to practice; compression is bone-on-bone contact that must never be forced.
- Acetabular & Femoral Variance: Differences in hip socket depth and femoral neck angle mean two yogis will look different in the exact same pose while both being in optimal alignment.
