Oral Cavity Quotes

Put your currency where your oral cavity is.

Then it hit me and I grinned at him. “You want to suck my dick!” His face grew redder. “You don’t have to say it like that,” he grumbled. I almost felt contrite. “I’m sorry. How about you want to make love to my member with your oral cavity? Or how about you want to fellate me until I let loose my love juice? Is that better?

(I’d learned to fish because Mel taught me, not because I longed to impale small invertebrates on barbed hooks and rip hell out of piscine oral cavities and smother fellow oxygen breathers in an alien medium

Well, after this man had come to believe that no more ways of forming tones could possibly exist- after having observed, in addition to all the things already mentioned, a variety of organs, trumpets, fifes, stringed instruments, and even that little tongue of iron which is placed between the teeth and which makes strange use of the oral cavity for sounding box and of the breath for vehicle of sound when, I say, this man believed he had seen everything, he suddenly found himself once more plunged deeper into ignorance and bafflement than ever. For having captured in his hands a cicada, he failed to diminish its strident noise either by closing its mouth or stopping its wings, yet he could not see it move the scales that covered its body, Or any other thing. At last be lifted up the armor of its chest and there he saw some thin hard ligaments beneath; thinking the sound might come from their vibration, he decided to break them in order to silence it. But nothing happened until his needle drove too deep, and transfixing the creature be took away its life with its voice, so that he was still unable to determine whether the song had originated in those ligaments. And by this experience his knowledge was reduced to diffidence, so that when asked how sounds were created be used to answer tolerantly that although he knew a few ways, he was sure that many more existed which were not only unknown but unimaginable.

But when Hitler wanted Professor Blaschke to agree with him that smoking was one of the most harmful abuses of all and had a particularly bad effect on the teeth, he met with firm opposition. Blaschke himself was a heavy smoker, and perhaps therefore more tolerant than he should have been from a medical point of view. He claimed that smoking was positively good for you, because it disinfected the oral cavity and stimulated the blood supply. In a normal context, he said, smoking wasn’t at all harmful. But Hitler wouldn’t hear of it. ‘Smoking is and always will be one of the most dangerous of habits, and quite apart from the fact that I personally find the smell of cigar or cigarette smoke disgusting, I wouldn’t offer anyone I value or love a cigarette or cigar, because I’d be doing him no service. It has been shown for certain that non-smokers live

A woman leaves you because she no longer sees in you the qualities you never had. What better way to enter a stranger’s world than through his library? Without a strong dose of hypocrisy, there would be no social life. The little that a woman knows about her appearance, she learns not from mirrors, but from the words of men. You don’t learn about life through imagination.” “How else do you learn about it? If you’re informed by your experience, you’ll never know much; but thanks to stories, confidences, daydreams, virtual journeys, you begin to find your way through the maze.” Kiss. Exploration of a person’s oral cavity with the intention of undressing him/her. Love. 1. Problem between human beings that some take for a solution. 2. Selfishness that achieves a temporary balance with another person’s selfishness. 3. Unusual ability to take an interest in another person while losing one’s own self-interest.

Well, after this man had come to believe that no more ways of forming tones could possibly exist- after having observed, in addition to all the things already mentioned, a variety of organs, trumpets, fifes, stringed instruments, and even that little tongue of iron which is placed between the teeth and which makes strange use of the oral cavity for sounding box and of the breath for vehicle of sound when, I say, this man believed he had seen everything, he suddenly found himself once more plunged deeper into ignorance and bafflement than ever. For having captured in his hands a cicada, he failed to diminish its strident noise either by closing its mouth or stopping its wings, yet he could not see it move the scales that covered its body, Or any other thing. At last be lifted up the armor of its chest and there he saw some thin hard ligaments beneath; thinking the sound might come from their vibration, he decided to break them in order to silence it. But nothing happened until his needle drove too deep, and transfixing the creature he took away its life with its voice, so that he was still unable to determine whether the song had originated in those ligaments. And by this experience his knowledge was reduced to diffidence, so that when asked how sounds were created be used to answer tolerantly that although he knew a few ways, he was sure that many more existed which were not only unknown but unimaginable.

Well, after this man had come to believe that no more ways of forming tones could possibly exist- after having observed, in addition to all the things already mentioned, a variety of organs, trumpets, fifes, stringed instruments, and even that little tongue of iron which is placed between the teeth and which makes strange use of the oral cavity for sounding box and of the breath for vehicle of sound when, I say, this man believed he had seen everything, he suddenly found himself once more plunged deeper into ignorance and bafflement than ever. For having captured in his hands a cicada, he failed to diminish its strident noise either by closing its mouth or stopping its wings, yet he could not see it move the scales that covered its body, Or any other thing. At last be lifted up the armor of its chest and there he saw some thin hard ligaments beneath; thinking the sound might come from their vibration, he decided to break them in order to silence it. But nothing happened until his needle drove too deep, and transfixing the creature he took away its life with its voice, so that he was still unable to determine whether the song had originated in those ligaments. And by this experience his knowledge was reduced to diffidence, so that when asked how sounds were created he used to answer tolerantly that although he knew a few ways, he was sure that many more existed which were not only unknown but unimaginable.

A large horsefly accidentally flies directly into her oral cavity before she can speak. Outside in the air, this creature doesn’t seem that big, but from inside her mouth it feels like that giant flying reptile Rodan she once saw in a movie on cable. Her jaws are no match for this frightening pest, who, temporarily blinded in panic, begins biting her tongue with its tiny bloodsucking mouth. But Marsha is ready for any curveball nature might throw her. At first she considers spitting out this invasive monster, but then her reflexes take over and her snapping-turtle-like tongue, hidden behind her freshly glossed lips, rips the unwanted tormentor from the roof of her mouth, and with one bite of her cavity-free teeth, the execution of this pesky intruder is complete. Yes, she swallows.

palate is a wall or septum that separates the oral cavity from the nasal cavity, forming the roof of the mouth. This important structure makes it possible to chew and breathe at the same time. The hard palate—the anterior portion of the roof of the mouth—is formed by the maxillae and palatine bones and is covered by a mucous membrane; it forms a bony partition between the oral and nasal cavities. The soft palate, which forms the posterior portion of the roof of the mouth, is an arch-shaped muscular partition between the oropharynx and nasopharynx that is lined with mucous membrane. Hanging from the free border of the soft palate is a conical ¯ muscular process called the uvula ( U-vu¯ -la � little grape). During swallowing, the soft palate and uvula are drawn superiorly, closing off the nasopharynx and preventing swallowed • C L I N I C A L C O N N E C T I O N Per i toni t is A common cause of peritonitis, an acute inflammation of the peritoneum, is contamination of the peritoneum by infectious microbes, which can result from accidental or surgical wounds in the abdominal wall, or from perforation or rupture of abdominal organs.If, for example, bacteria gain access to the peritoneal cavity through an intestinal perforation or rupture of the appendix, they can produce an acute, life-threatening form of peritonitis. A less serious (but still painful) form of peritonitis can result from the rubbing together of inflamed peritoneal surfaces. Peritonitis is of particularly grave concern to those who rely on peritoneal dialysis, a procedure in which the peritoneum is used to filter the blood when the kidneys do not function properly (see page 1048). •

larynx (pp. 352–354), and (2) smaller intrinsic muscles that control tension in the glottal vocal folds or that open and close the glottis. These smaller muscles insert on the thyroid, arytenoid, and corniculate cartilages. The opening or closing of the glottis involves rotational movements of the arytenoid cartilages. When you swallow, both sets of muscles work together to prevent food or drink from entering the glottis. Food is crushed and chewed into a pasty mass, known as a bolus, before being swallowed. Muscles of the neck and pharynx then elevate the larynx, bending the epiglottis over the glottis, so that the bolus can glide across the epiglottis rather than falling into the larynx. While this movement is under way, the glottis is closed. Foods or liquids that touch the vestibular folds or glottis trigger the coughing reflex. In a cough, the glottis is kept closed while the chest and abdominal muscles contract, compressing the lungs. When the glottis is opened suddenly, a blast of air from the trachea ejects material that blocks the entrance to the glottis. Sound Production How do you produce sounds? Air passing through your open glottis vibrates its vocal folds and produces sound waves. The pitch of the sound depends on the diameter, length, and tension in your vocal folds. The diameter and length are directly related to the size of your larynx. You control the tension by contracting voluntary muscles that reposition the arytenoid cartilages relative to the thyroid cartilage. When the distance increases, your vocal folds tense and the pitch rises. When the distance decreases, your vocal folds relax and the pitch falls. Children have slender, short vocal folds, so their voices tend to be high pitched. At puberty, the larynx of males enlarges much more than that of females. The vocal cords of an adult male are thicker and longer, so they produce lower tones than those of an adult female. Sound production at the larynx is called phonation (fo.-NA .-shun; phone, voice). Phonation is one part of speech production. Clear speech also requires articulation, the modification of those sounds by voluntary movements of other structures, such as the tongue, teeth, and lips to form words. In a stringed instrument, such as a guitar, the quality of the sound produced does not depend solely on the nature of the vibrating string. Rather, the entire instrument becomes involved as the walls vibrate and the composite sound echoes within the hollow body. Similar amplification and resonance take place within your pharynx, oral cavity, nasal cavity, and paranasal sinuses. The combination gives you the particular and distinctive sound of your voice. That sound changes when you have a sinus infection and your nasal cavity and paranasal sinuses are filled with mucus rather than air.

While it can potentially be found in any tissue or on virtually any cells lining an open space, cavity or hollow organ, the most clinically significant sites of CPC are largely limited to periodontal tissue, the mucosal surfaces of the sinuses and oral cavity, and even the epithelial cells lining the airways in the lungs. The presence of these slow-growing sites of pathogens allows them and their toxins to be released and swallowed into the gastrointestinal tract “24/7.

The narrow meaning of chewing, for solid and semi-solid food, the main role of chewing is to use teeth to crush, the experience of crushing determines the experience of chewing. The broad meaning of chewing, in addition to the narrow meaning of chewing, also for liquid and gaseous food, the main role of chewing is also to use the oral cavity pressure, peristalsis and other food processing, processing experience determines the experience of chewing.

The physical act of forming this sound with your mouth is done by utilizing the tongue, which represents the phallus, exploring the oral cavity which represents the vagina.

Dental Care for Children: How to Take Care of Your Kid’s Pearly Whites? Taking care of your children’s teeth can be a real challenge. They don’t let you brush their teeth because they want to do everything by themselves. As a parent you have to get creative and help them develop a good oral hygiene. You might be wondering right now, if children lose all their baby teeth, why take care? One out of every 10 two-years old toddlers have tooth decay. By the time they reach five years, 50 percent children have decayed tooth. Dental care changes as your child grows from an infant to pre-teen. Here’s how you can take care of your kid’s pearly whites as they change and grow: Taking care of your infant’s oral cavity Infant oral care changes from when they don’t have teeth to when they do. Here are some tips that will come handy while taking care of your baby’s gums and teeth: 1. Clean the gums daily Wet a clean cloth with some lukewarm water and clean your infant’s gums with it after every meal. Babies tend to store milk in their cheeks, which leads to early tooth decay. Don’t force and open their mouths if they don’t want to. 2. Stop your baby immediately from putting anything in their mouths Children chew on their hands, feet, and toys when they start teething to ease out the pain. We all know that all these things are covered in germs and can cause gum infections, stomach bug, and allergies. Keep a close eye on your baby and disinfect their toys by boiling them in hot water every night. If you are putting the baby down for a nap or for some alone time, clean their hands and feet with wipes, so there are no germs on them. 3. Use a soft-bristled toothbrush and fluoride-free paste Once your baby starts teething, start using a soft-bristled toothpaste to clean out leftover food. Baby food and breastmilk are rich in carbohydrates and bacteria loves them.4. Nurse swollen gums using frozen fruit pops