Anatomia e zone del viso

Yes — several high-risk vascular zones are well described, particularly for filler injection. The glabella, nasal dorsum, upper nasolabial region, infra-orbital area and temple top the list of high-risk zones. These regions contain the supratrochlear, angular, dorsal nasal, infra-orbital and superficial temporal arteries. Incorrect technique or wrong-plane injection can produce rare but serious vascular complications such as skin necrosis or vision loss. The injector’s anatomical knowledge, access to ultrasound guidance, cannula preference and readiness to deliver an emergency protocol (hyaluronidase, warm compresses, vasodilation regimen) are critical safety factors. These protocols are part of standard practice at Dr. Hamza Gemici’s clinic.

Facial fat is not a single layer — it is organised into compartments separated by connective-tissue septa, divided broadly into superficial and deep groups. Superficial compartments include nasolabial fat, jowl fat and lateral malar fat; deep compartments include deep medial cheek fat, suborbicularis oculi fat (SOOF), retro-orbicularis oculi fat (ROOF) and buccal fat. With ageing these compartments shrink, descend and shift in an uneven pattern, producing the "sliding downwards" appearance that is in fact a combination of volume loss and migration. Modern filler strategy focuses on restoring deep compartments — particularly the deep medial cheek fat — in their original anatomical position. This deep structural support produces a more natural result than superficial overfilling.

Facial mimetic muscles vary in function, thickness and resting activity by region. The frontalis is a single large elevator of the forehead, so botox dosing must be carefully calibrated. The glabellar complex (corrugator supercilii, procerus, depressor supercilii) consists of small but heavily used muscles functionally linked to forehead lines. The orbicularis oculi is superficial and responds to low doses. In the lower face, depressor anguli oris, mentalis and platysma work as antagonists to each other. A "same dose for every patient" approach therefore does not produce reliable results; dosing is calculated individually based on muscle mapping and a functional mimetic analysis. At Dr. Hamza Gemici’s clinic functional mimetic photographs are taken for every patient.

Facial bones undergo resorption with age — particularly the maxilla, mandible and orbital rim, which shrink and flatten. Loss of this bony support causes the overlying soft tissues to yield more readily to gravity, contributing to the "sliding face" appearance. Modern filler strategy uses a supraperiosteal (on-bone) plane with firm, high-G' HA or biostimulator fillers such as CaHA to mimic this lost bony support. This approach provides structural stability and a foundation for redistributing the more superficial soft-tissue compartments. Superficial filler alone, in the absence of underlying support, can produce a "puffy but unstructured" result — which is why an anatomical approach matters.

At Dr. Hamza Gemici’s clinic every injectable patient undergoes a standardised pre-treatment routine: standardised lighting photography (frontal, three-quarter, profile, chin-up/chin-down), animated mimetic photographs, anatomical landmark marking, vascular safe-corridor planning and ultrasound guidance where required. This mapping increases safety and allows the treatment plan to be reviewed jointly with the patient. At follow-up the same positions are repeated for objective comparison. Rapid "straight to injection" consultations are not the recommended standard. Anatomical mapping is no longer a one-off step in modern medical aesthetics — it is a continuous, repeated standard of care.