1- Match each structure to a description of its location- -Found in th.pdf
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1. Match each structure to a description of its location. -Found in the superior left hypochondriac region of the abdomen. -Located in the superior and medial region of the thoracic cavity. -Posterior to the nose in the superior portion of the pharynx. A. Appendix B. Axillary lymph nodes C. Cervical lymph nodes D. Inguinal lymph nodes E. Lingual tonsils F. Palatine tonsils G. Pharyngeal tonsils H. Spleen I. Thymus 2. Match each structure to a description of its location. -In the posterior region of the oral cavity -Posterior to the tongue; anterior to the palatine tonsil -In the right lower quadrant A. Appendix B. Axillary lymph nodes C. Cervical lymph nodes D. Inguinal lymph nodes E. Lingual tonsils F. Palatine tonsils G. Pharyngeal tonsils H. Spleen I. Thymus 3. Match each structure to a description of its location. -Lymph nodes in the neck -Lymph nodes in the groin -Lymph nodes in the armpit A. Appendix B. Axillary lymph nodes C. Cervical lymph nodes D. Inguinal lymph nodes E. Lingual tonsils F. Palatine tonsils G. Pharyngeal tonsils H. Spleen I. Thymus.
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akanksha. pptx.pptx
The pharynx is a muscular tube located behind the nose, mouth, and larynx. It has 3 parts - the nasopharynx, oropharynx, and laryngopharynx. The pharynx connects the nasal cavity, oral cavity, and larynx anteriorly and is continuous with the esophagus inferiorly. It contains structures like the soft palate, uvula, tonsils, and muscles that help with swallowing and speech. The pharynx receives innervation from the pharyngeal plexus and branches of the glossopharyngeal, vagus, and accessory nerves. Blood is supplied by branches of the external carotid artery and lymphatic drainage occurs into the retrophary
akanksha. pptx.pptx
The pharynx is a muscular tube located behind the nose, mouth, and larynx. It has three parts - the nasopharynx, oropharynx, and laryngopharynx. The pharynx connects the nasal cavity, oral cavity, and larynx anteriorly and continues into the esophagus inferiorly. It is innervated by the pharyngeal plexus and has both longitudinal and outer constrictor muscles. Structures in the pharynx include the soft palate, tonsils, epiglottis, and pyriform sinuses. The pharynx serves to transport air and food while providing sensory function.
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anatomy cases.docx
1. The document describes 5 clinical cases involving structures of the head and neck.
2. Case 1 involves a mass in the pterygopalatine fossa caused by the sphenopalatine ganglion, which receives sensory roots from the maxillary nerve and parasympathetic/sympathetic roots.
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Anatomy of tongue & its applied aspects
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akanksha. pptx.pptx
The pharynx is a muscular tube located behind the nose, mouth, and larynx. It has 3 parts - the nasopharynx, oropharynx, and laryngopharynx. The pharynx connects the nasal cavity, oral cavity, and larynx anteriorly and is continuous with the esophagus inferiorly. It contains structures like the soft palate, uvula, tonsils, and muscles that help with swallowing and speech. The pharynx receives innervation from the pharyngeal plexus and branches of the glossopharyngeal, vagus, and accessory nerves. Blood is supplied by branches of the external carotid artery and lymphatic drainage occurs into the retrophary
akanksha. pptx.pptx
The pharynx is a muscular tube located behind the nose, mouth, and larynx. It has three parts - the nasopharynx, oropharynx, and laryngopharynx. The pharynx connects the nasal cavity, oral cavity, and larynx anteriorly and continues into the esophagus inferiorly. It is innervated by the pharyngeal plexus and has both longitudinal and outer constrictor muscles. Structures in the pharynx include the soft palate, tonsils, epiglottis, and pyriform sinuses. The pharynx serves to transport air and food while providing sensory function.
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The document provides an overview of the anatomy of the tongue, including its parts, muscles, blood and nerve supply, development, and clinical applications. It discusses the root, tip, dorsum and inferior surface of the tongue. It describes the four types of papillae - vallate, fungiform, filiform and foliate. Both intrinsic and extrinsic muscles are defined. The arterial supply is from the lingual artery and venous drainage involves the deep lingual vein. Nerve supply includes the hypoglossal, lingual and glossopharyngeal nerves. Development occurs from the fusion of swellings from the pharyngeal arches. Anomalies and clinical features are also mentioned.
anatomy cases.docx
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This document provides an anatomy overview of the pharynx. It describes the structures and divisions of the pharynx including the soft palate, muscles of the soft palate, and the three parts of the pharynx - nasopharynx, oropharynx, and laryngopharynx. It discusses the walls, muscles, openings, lymphatic drainage and other anatomical features of each part of the pharynx in detail.
Anatomy of tongue & its applied aspects
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The pharynx is a fibromuscular tube divided into three sections that forms the upper part of the air and food passages. It has four layers and is located between the plane of the hard palate above and hyoid bone below. The oropharynx communicates with the oral cavity through the oropharyngeal isthmus, which is bounded by the soft palate above and tongue below. The tonsils are located in the lateral walls of the oropharynx between the anterior and posterior pillars. They have crypts on the medial surface that provide immune function and help filter air and food passing through the pharynx.
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The pharynx is a fibromuscular tube that serves as a passageway for both the respiratory and digestive systems. It extends from the base of the skull to the lower border of the cricoid cartilage. The pharynx is divided into three parts: the nasopharynx, oropharynx, and laryngopharynx. Each part has distinct anatomical features and connections to other structures like the nasal cavity, oral cavity, and larynx. The pharynx is comprised of mucosa, submucosa, muscles including three constrictor muscles, and fascia. It receives its blood supply from various arteries and drains into the facial and internal jugular veins.
Anatomyofpharynx 120310220054-phpapp02
The pharynx is divided into 3 parts - nasopharynx, oropharynx, and laryngopharynx. It is bounded by the skull superiorly, the larynx and esophagus inferiorly, and cervical vertebrae posteriorly. The pharyngeal wall consists of mucosa, pharyngeal fascia, constrictor muscles, and buccopharyngeal fascia. The nasopharynx lies behind the nasal cavity, the oropharynx is behind the oral cavity, and the laryngopharynx is behind the larynx. Each part contains lymphatic tissues and has connections to other structures. The pharynx is innervated by pharyngeal nerves
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The document provides details on the anatomy of the pharynx, including its boundaries, structure, and divisions. It can be summarized as follows:
1. The pharynx is divided into three parts - nasopharynx, oropharynx, and laryngopharynx.
2. It has mucosa, pharyngeal aponeurosis, muscular coat, and buccopharyngeal fascia in its wall structure.
3. Important structures include the tonsils, lymphatic drainage sites, and nerves that supply the pharynx.
4. Spaces near the pharynx where abscesses can form are the retropharyngeal and parapharyngeal
Pharynx & Palate
The document summarizes key anatomical structures and features of the pharynx and palate. The pharynx extends from the base of the skull to the esophagus. It is divided into nasopharynx, oropharynx, and laryngopharynx. Important structures include the tonsils, palatine arches, auditory tubes, and piriform fossae. The palate separates the nasal and oral cavities, with the hard palate anteriorly and soft palate posteriorly. Muscles like the constrictors and stylopharyngeus are also described.
Congenital voice disorders presented by Indrajeet mishra.pptx
This document summarizes various congenital voice disorders and laryngeal anomalies. It describes the types of congenital masses and structural anomalies that can occur in the larynx, including hemangiomas, papillomas, laryngomalacia, webs, atresia, stenosis, laryngoceles, cysts and clefts. For each condition, it discusses etiology, symptoms and laryngoscopic findings. Conditions are grouped based on whether they present as mass lesions or structural anomalies. The document provides detailed information on characteristics, diagnosis and management considerations for different congenital laryngeal conditions that can impact voice and breathing.
Anatomy and physiology of the palatine tonsil
This document discusses the anatomy and physiology of the palatine tonsils. It describes the tonsils as lymphoid tissue located in the lateral walls of the oropharynx that are part of Waldeyer's ring. The tonsils develop from the pharyngeal pouches during embryology and have crypts containing lymphocytes on their medial surfaces. The tonsils function as secondary lymphoid organs that sample antigens and activate B and T cells to produce antibodies for immune responses.
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Pharyngeal apparatus ii tongue, thyroid
1. The pharyngeal arches form pouches and clefts that give rise to important structures. The parathyroid glands arise from the third and fourth pharyngeal pouches.
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Anatomy and physiology of oral cavity oropharynx waldeyer’s
The pharynx is a fibromuscular tube divided into three sections that forms the upper part of the air and food passages. It has four layers and is located between the plane of the hard palate above and hyoid bone below. The oropharynx communicates with the oral cavity through the oropharyngeal isthmus, which is bounded by the soft palate above and tongue below. The tonsils are located in the lateral walls of the oropharynx between the anterior and posterior pillars. They have crypts on the medial surface that provide immune function and help filter air and food passing through the pharynx.
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The pharynx is a fibromuscular tube that serves as a passageway for both the respiratory and digestive systems. It extends from the base of the skull to the lower border of the cricoid cartilage. The pharynx is divided into three parts: the nasopharynx, oropharynx, and laryngopharynx. Each part has distinct anatomical features and connections to other structures like the nasal cavity, oral cavity, and larynx. The pharynx is comprised of mucosa, submucosa, muscles including three constrictor muscles, and fascia. It receives its blood supply from various arteries and drains into the facial and internal jugular veins.
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The pharynx is divided into 3 parts - nasopharynx, oropharynx, and laryngopharynx. It is bounded by the skull superiorly, the larynx and esophagus inferiorly, and cervical vertebrae posteriorly. The pharyngeal wall consists of mucosa, pharyngeal fascia, constrictor muscles, and buccopharyngeal fascia. The nasopharynx lies behind the nasal cavity, the oropharynx is behind the oral cavity, and the laryngopharynx is behind the larynx. Each part contains lymphatic tissues and has connections to other structures. The pharynx is innervated by pharyngeal nerves
The Tongue
The document discusses the anatomy and histology of the tongue. It begins by defining the tongue as a muscular organ involved in tasting, swallowing, and speech. It then describes the external features, divisions, muscles, blood supply, innervation, and histology of the tongue. The major papilla types are also outlined, including their locations and functions. In summary, the document provides a comprehensive overview of the gross and microscopic anatomy of the human tongue.
Tongue basics
The document discusses research finding evidence of a "sixth sense" for carbohydrates in the human tongue. Researchers found that carbohydrates activate the brain's reward system, even when just tasted and not swallowed. This suggests the tongue can distinguish carbohydrates from artificial sweeteners by taste alone. A carbohydrate sense may explain why diet foods are often unsatisfying compared to their calorie-containing counterparts, as well as immediate responses to carbs in athletes and issues with binge eating.
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anatomy of pharynx of the head and neck of the parts
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The nasopharynx is located behind the nasal cavities and above the soft palate. Its roof is formed by the base of the skull, and its walls connect it to surrounding structures like the Eustachian tubes. It continues below into the oropharynx. During swallowing, the soft palate and palatopharyngeal sphincter close off the nasopharynx from the oropharynx. Mucosal folds in the nasopharynx mark locations like the openings of the Eustachian tubes.
Anatomy of pharynx
The document provides details on the anatomy of the pharynx, including its boundaries, structure, and divisions. It can be summarized as follows:
1. The pharynx is divided into three parts - nasopharynx, oropharynx, and laryngopharynx.
2. It has mucosa, pharyngeal aponeurosis, muscular coat, and buccopharyngeal fascia in its wall structure.
3. Important structures include the tonsils, lymphatic drainage sites, and nerves that supply the pharynx.
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The document summarizes key anatomical structures and features of the pharynx and palate. The pharynx extends from the base of the skull to the esophagus. It is divided into nasopharynx, oropharynx, and laryngopharynx. Important structures include the tonsils, palatine arches, auditory tubes, and piriform fossae. The palate separates the nasal and oral cavities, with the hard palate anteriorly and soft palate posteriorly. Muscles like the constrictors and stylopharyngeus are also described.
Congenital voice disorders presented by Indrajeet mishra.pptx
This document summarizes various congenital voice disorders and laryngeal anomalies. It describes the types of congenital masses and structural anomalies that can occur in the larynx, including hemangiomas, papillomas, laryngomalacia, webs, atresia, stenosis, laryngoceles, cysts and clefts. For each condition, it discusses etiology, symptoms and laryngoscopic findings. Conditions are grouped based on whether they present as mass lesions or structural anomalies. The document provides detailed information on characteristics, diagnosis and management considerations for different congenital laryngeal conditions that can impact voice and breathing.
Anatomy and physiology of the palatine tonsil
This document discusses the anatomy and physiology of the palatine tonsils. It describes the tonsils as lymphoid tissue located in the lateral walls of the oropharynx that are part of Waldeyer's ring. The tonsils develop from the pharyngeal pouches during embryology and have crypts containing lymphocytes on their medial surfaces. The tonsils function as secondary lymphoid organs that sample antigens and activate B and T cells to produce antibodies for immune responses.
Tongue development, applied anatomy and prosthetic implications
The document provides information on the anatomy and development of the tongue. It discusses the tongue's embryological development from the pharyngeal arches, anatomy including muscles and vasculature, histology highlighting the different papillae and taste buds, and common clinical issues like infections and developmental disturbances. The tongue has intrinsic and extrinsic muscles that allow for various movements and plays important roles in speech, swallowing, and tasting.
Anatomy and Physiology of Oral Cavity & Oropharynx
This document provides an overview of the anatomy and physiology of the oral cavity and oropharynx. It describes the development, structures, and subsites of the oral cavity, including the lips, hard palate, anterior two-thirds of the tongue, buccal mucosa, retromolar trigone, and floor of the mouth. It then discusses the oropharynx, covering the palatine tonsils, tongue base, lateral and posterior pharyngeal walls, and soft palate. Key structures, muscles, innervation, and functions are outlined for each subsite.
Oral cavity palate - pharynx
The document describes the anatomy of the head and neck region, specifically focusing on the oral cavity and pharynx. It is divided into several sections that describe: 1) the oral cavity including the oral vestibule and oral cavity proper, 2) the floor of the mouth including structures like the frenulum and papillae, 3) the tongue including its muscles and blood supply, 4) the palate including the hard and soft palate, and 5) the pharynx including its walls, muscles like the constrictors, and structures like the tonsils. Each section provides details on the boundaries, structures, and relations of the different anatomical regions within the head and neck.
Anatomy of pharynx
The pharynx is a 12 cm fibromuscular tube that connects the nasal and oral cavities to the esophagus and larynx. It is divided into 3 parts - the nasopharynx, oropharynx, and laryngopharynx. The nasopharynx is located behind the nose and soft palate and contains the adenoids and auditory tubes. The oropharynx is located below the nasopharynx and contains the palatine tonsils. The laryngopharynx is the lowest part of the pharynx located behind the larynx. The pharynx has 5 layers and contains constrictor muscles and is innervated by cranial nerves including
Pharyngeal apparatus ii tongue, thyroid
1. The pharyngeal arches form pouches and clefts that give rise to important structures. The parathyroid glands arise from the third and fourth pharyngeal pouches.
2. The tongue develops from the first, second, third and fourth pharyngeal arches. A median tuberculum impar later merges with two lateral lingual swellings to form the anterior two-thirds of the tongue.
3. The thyroid gland develops from an endodermal thickening that descends as the thyroglossal duct. The duct normally disappears but sometimes leaves remnants that can form cyst
Pituitary gland- Anatomy, histology and embryology
The pituitary gland is a pea-sized structure located in the sella tursica bone that is connected to the hypothalamus by the pituitary stalk. It is made up of the anterior and posterior lobes. The anterior lobe secretes hormones that control other endocrine glands while the posterior lobe stores and releases hormones involved in water balance and milk release. During development, the pituitary forms from an invagination in the roof of the mouth called Rathke's pouch. Disorders of the pituitary can result in too much or too little hormone secretion and impact growth, metabolism and other functions.
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Anatomy and physiology of oral cavity oropharynx waldeyer’s
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anatomy of pharynx of the head and neck of the parts
Congenital voice disorders presented by Indrajeet mishra.pptx
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Tongue development, applied anatomy and prosthetic implications
Tongue development, applied anatomy and prosthetic implications
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Anatomy and Physiology of Oral Cavity & Oropharynx
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become a more compassionate person (Lim, Condo, & DeSteno, PLoS One, 2015). The
researchers recruited 56 university students, all of whom reported little to no prior experience
with meditation. The subjects were then randomly assigned to one of two treatments: either
regularly completing a meditation session with the web-app Headspace for three weeks or
completing a web-based cognitive training program from Lumosity for three weeks (as a control
group). To test the subjects on their level of compassion, the researchers staged a scenario using
three actors. The subjects would enter a common waiting room where there were three chairs.
Two male actors sat in two of the chairs, leaving one for the subject. After the subject was sitting
for one minute, a female actor came in playing the role of a person suffering. She would walk in
using crutches with some mild expressions of pain and would then lean against the wall with a
sigh of discomfort. The sitting male actors were told to ignore her. What did the subjects do? It
turned out that 10 of the 27 from the meditation group got up and offered the suffering woman
their seat while only 4 of the 29 in the active control group did so.
i) Are you willing to draw a cause-and effect conclusion from this study? Explain why or why
not.
j) To what population are you willing to generalize these results? Justify your choice.
k) Explain why the above analysis does not help you answer this research question: Does the
meditation treatment lead individuals to be more likely to give up their eat than not give up their
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addition, what are the expected value and standard deviation of X?.
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create ATP and harvest electrons?
a. Light independent reaction
b.Light dependent reaction
2. In the light dependent reaction ___________________.
a. Water is created and used to oxidize NADPH
b. Water is split and the electrons are used to create a hydrogen ion gradient to power the ATP
synthase
c. The enzyme Rubisco is able to fixate carbon dioxide
d. Oxygen combines with hydrogen atoms to create a water source to supply electrons for the
oxidation of NADPH
3. The initial step of the Calvin cycle involves the bonds of ___________ to RuBP.
a. chlorophyll
b. water
c. oxygen
d. carbon dioxide
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organisms that consume organic matter are referred to as____ _
Answer choices: chemoautotrophs, heterotrophs, photoautrotrophs.
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Answer choices for the first blank: Water, carbon dioxide, oxygen, proteins
Answer choices for the second blank: Water, carbon dioxide, glucose, electrons
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1. Over the past eight weeks in this course, I have been introduced to a lot of new vocabulary and
pieces of artwork from many different cultures and parts of the world. I think I will stop and look
at art and see it much differently. With all of the terms and having shared about different styles
of art, it makes you notice those things quicker now when I look at different creations. I think art
can be found in a lot of different parts of our daily lives, from what we see on our phones when
we are walking in the community and more.
Do you agree or disagree?Why?
2. So coming in to this art class I kept telling myself you have no clue about art so you have to
maintain open minded. As we started the first couple of weeks I was mind blown of how much
detail and history goes behind art. Also learned that art is not only paintings it can be various
things like sculptures, architecture or masks. Now I want to take my children to all the museums
near us so we can explore and learn together. My daughter who loves drawing, painting and be
creative would really appreciate me having a better perception of art. I may feel like I was
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classmates and professor.
Do you agree or disagree?Why?.
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(1 points) Match the disorder with its description ( 2 points each) 5. Astigmatism a. near sighted
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