Keith L. Moore PhD, DSc, FIAC, FRSM, FAAA | |
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Born | Keith Leon Moore 5 October 1925 |
Died | 25 November 2019 94) | (aged
Education | Stratford Collegiate Vocational Institute, University of Western Ontario (BA 1949, MS 1951, PhD 1954) |
Occupation | lecturer |
Years active | 1956–1993 |
Employer | University of Toronto |
Organization(s) | Division of Anatomy, Dept of Surgery |
Known for | Clinical Anatomy |
Notable work | Clinically Oriented Anatomy |
Awards | 2007 Henry Gray/Elsevier Distinguished Educator Award |
Keith Leon Moore (5 October 1925 - 25 November 2019) [2] was a professor in the division of anatomy, in the faculty of Surgery, at the University of Toronto, Ontario, Canada. Moore was associate dean for Basic Medical Sciences in the university's faculty of Medicine and was Chair of Anatomy from 1976 to 1984. He was a founding member of the American Association of Clinical Anatomists (AACA) [3] [1] [4] and was President of the AACA between 1989 and 1991. [5]
Moore has co-written (with Professor Arthur F. Dalley and Professor Anne M. R. Agur) Clinically Oriented Anatomy, an English-language anatomy textbook. [6] He also co-wrote (with Professor Anne M. R. Agur and Professor Arthur F. Dalley) Essential Clinical Anatomy. [7]
The American Association of Clinical Anatomists awarded Moore, the previous president, with their Honored Member Award (in 1994). [8] [9] The American Association of Anatomists awarded him the Henry Gray/Elsevier Distinguished Educator Award in 2007 for human anatomy education in the anatomical sciences. [1] [4] [10]
Further awards, appointments and honors include:
In 1980, Moore was invited to Saudi Arabia to lecture on anatomy and embryology at King Abdulaziz University. While he was there, Moore was approached by the Embryology Committee of King Abdulaziz University for his assistance in reinterpreting certain verses in the Qur’an and some sayings in the Hadiths which referred to human reproduction and embryological development. Moore said that he was amazed at the scientific accuracy of some of the statements which were made in the 7th century.
For the past three years, I have worked with the Embryology Committee of King Abdulaziz University in Jeddah, Saudi Arabia, helping them reinterpret the many statements in the Qur’an, Sunnah, Kabbalah and Talmud referring to human reproduction and prenatal development. At first, I was astonished by the accuracy of the statements that were recorded in the 7th century AD, before the science of embryology was established. [12]
Moore worked with the Embryology Committee on a comparative study of the Qur’an, the Hadith and modern embryology. [13] The Committee presented and published several papers with Moore and others co-authoring a number of papers. [14] Islam Papers writes that the electron microscope reveals that:
For instance, the Holy books claims that at one point the embryo looks like a small piece of meat which can be chewed, or mudghah, and Moore consents, "by golly, it does, sorta", agreeing and signaling to the knowledge we have about the structure and appearance of the actual embryo, which actually comes into a stage where it resembles the size of a small thing which can be chewed by teeth. [15]
A special edition of Moore's medical school textbook, The Developing Human: Clinically Oriented Embryology, was published for the Muslim world in 1983. The Developing Human: Clinically Oriented Embryology with Islamic Additions, [16] included "pages with embryology-related Quranic verse and hadith" by co-author Abdul Majeed al-Zindani.
In 2002, Moore declined to be interviewed by the Wall Street Journal on the subject of his work on Islam, stating that "it's been ten or eleven years since I was involved in the Qur'an." [17]
The sartorius muscle is the longest muscle in the human body. It is a long, thin, superficial muscle that runs down the length of the thigh in the anterior compartment.
The foramen spinosum is a small open hole in the greater wing of the sphenoid bone that gives passage to the middle meningeal artery and vein, and the meningeal branch of the mandibular nerve.
In anatomy, the abdominal wall represents the boundaries of the abdominal cavity. The abdominal wall is split into the anterolateral and posterior walls.
The superior gluteal nerve is a mixed nerve of the sacral plexus that originates in the pelvis. It provides motor innervation to the gluteus medius, gluteus minimus, tensor fasciae latae, and piriformis muscles; it also has a cutaneous branch.
The semilunar hiatus is a crescent-shaped/semicircular/curved slit/groove upon the lateral wall of the nasal cavity at the middle nasal meatus. It is bounded either inferiorly/anteriorly by the ethmoid bulla, anteriorly by the uncinate process of ethmoid bone. It leads into the ethmoidal infundibulum; it marks the medial limit of the ethmoidal infundibulum.
The inferior gluteal artery is a terminal branch of the anterior trunk of the internal iliac artery. It exits the pelvis through the greater sciatic foramen. It is distributed chiefly to the buttock and the back of the thigh.
The medial circumflex femoral artery is an artery in the upper thigh that arises from the profunda femoris artery. It supplies arterial blood to several muscles in the region, as well as the femoral head and neck.
The circumflex branch of left coronary artery is a branch of the left coronary artery. It winds around the left side of the heart along the atrioventricular groove. It supplies the posterolateral portion of the left ventricle.
The femoral ring is the opening at the proximal, abdominal end of the femoral canal, and represents the base of the conically-shaped femoral canal. The femoral ring is oval-shaped, with its long diameter being directed transversely and measuring about 1.25 cm. The opening of the femoral ring is filled in by extraperitoneal fat, forming the femoral septum.
The nerve to obturator internus is a mixed nerve providing motor innervation to the obturator internus muscle and gemellus superior muscle, and sensory innervation to the hip joint. It is a branch of the sacral plexus. It is one of the group of deep gluteal nerves.
The nerve to quadratus femoris is a nerve of the sacral plexus that provides motor innervation to the quadratus femoris muscle and gemellus inferior muscle, and an articular branch to the hip joint. The nerve leaves the pelvis through the greater sciatic foramen.
The transverse acetabular ligament bridges the acetabular notch, creating the a foramen. The ligament is one of the sites of attachment of the ligament of head of femur.
The aortic hiatus is a midline opening in the posterior part of the diaphragm giving passage to the descending aorta as well as the thoracic duct, and variably the azygos and hemiazygos veins. It is the lowest and most posterior of the large apertures.
The supravesical fossa is a depression upon the inner surface of the anterior abdominal wall superior to the bladder formed by a reflection of the peritoneum onto the superior surface of the bladder. It is bounded by the medial umbilical fold and median umbilical fold.
The anterior compartment of the forearm contains the following muscles:
In human anatomy, the adductor hiatus also known as hiatus magnus is a hiatus (gap) between the adductor magnus muscle and the femur that allows the passage of the femoral vessels from the anterior thigh to the posterior thigh and then the popliteal fossa. It is the termination of the adductor canal and lies about 8–13.5 cm. superior to the adductor tubercle.
A costotransverse ligament is ligament of the costotransverse joint which attaches at the neck of a rib, and at the transverse process of its corresponding vertebra. It extends posteriorly from the rib to the vertebra.
The splenic lymph nodes are found at the splenic hilum and in relation to the tail of the pancreas.
The iliac tubercle is located approximately 5 cm (2 in) posterior to the anterior superior iliac spine on the iliac crest in humans. The transverse plane that includes each of the tubercles is called the transtubercular plane. The origin of the iliotibial tract is the iliac tubercle. The iliac tubercle is also the widest point of the iliac crest, and lies at the level of the L5 spinous process.