@nada.reihann1:

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Thursday 22 February 2024 07:13:53 GMT

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🦊الجزائر🦊 :

'ukht 'ant jamila haqana😍❤️💯

2024-02-24 10:26:57

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💥 Abdelkhalek 💥 :

Chhl. Chwiba 😍

2024-05-06 06:39:20

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༅𝐄𝐦𝐲𝐲 :

😻😻😻😻

2024-02-22 09:09:12

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je verloren vader :

😍😍😍

2024-08-25 18:21:11

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$🚨 How Tooth Grinding Destroys Enamel at the Root (Bruxism & Abfraction) Did you know that heavy biting forces don’t just wear down the chewing surfaces of your teeth? They can literally cause the tooth to bend, fracturing the enamel at the gumline. This mechanical phenomenon is called Abfraction. When you grind or clench your teeth (Bruxism), eccentric occlusal loads create intense tensile stress at the cervical region—the thinnest part of the enamel. Under this micro-flexure, the microscopic hydroxyapatite crystals fatigue and shatter, leaving behind sharp, V-shaped notches. Left unchecked, these lesions expose the underlying dentin tubules, leading to severe hypersensitivity, structural weakness, and eventual micro-leakage or fracture. For Dental Professionals & Clinic Owners: Visualizing this biomechanical failure is the most powerful tool you have to explain the critical need for nightguards, occlusal adjustments, or restorative therapy to your patients. Educational visualization generated with advanced AI workflows. #SocketScience #Abfraction #Bruxism #DentalBiomechanics #ClinicalEducation$
🚨 How Tooth Grinding Destroys Enamel at the Root (Bruxism & Abfraction) Did you know that heavy biting forces don’t just wear down the chewing surfaces of your teeth? They can literally cause the tooth to bend, fracturing the enamel at the gumline. This mechanical phenomenon is called Abfraction. When you grind or clench your teeth (Bruxism), eccentric occlusal loads create intense tensile stress at the cervical region—the thinnest part of the enamel. Under this micro-flexure, the microscopic hydroxyapatite crystals fatigue and shatter, leaving behind sharp, V-shaped notches. Left unchecked, these lesions expose the underlying dentin tubules, leading to severe hypersensitivity, structural weakness, and eventual micro-leakage or fracture. For Dental Professionals & Clinic Owners: Visualizing this biomechanical failure is the most powerful tool you have to explain the critical need for nightguards, occlusal adjustments, or restorative therapy to your patients. Educational visualization generated with advanced AI workflows. #SocketScience #Abfraction #Bruxism #DentalBiomechanics #ClinicalEducation

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#متابعه_ولايك_واكسبلور_فضلا_ليس_امر #شعب_الصيني_ماله_حل😂😂 #ديالى_بعقوبه_مجسر_حي_المعلمين #احبكم_يا_احلى_متابعين

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@حَنيــن #تخمطين_اعتبرج_فانزه_الي💆🏻‍♀️ #فكرتي_تبيها_منشني🤓 #اكسبلورexplore #واتباد_يجمعنا #واتباديوون_للابد

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