A Better Place: The Search for Robert

His drive is endless to see others achieve their hopes and dreams like he did! Are you an author? Help us improve our Author Pages by updating your bibliography and submitting a new or current image and biography. Learn more at Author Central.

Navigation menu

Popularity Popularity Featured Price: Low to High Price: High to Low Avg. Available for download now. Available to ship in days. Only 1 left in stock - order soon. From Rock Bottom to Success Mar 09, My Journey Through Addictions to Salvation: A New Beginning Oct 29, There's Moore to Life. Only 1 left in stock more on the way. Provide feedback about this page. There's a problem loading this menu right now.

Get fast, free shipping with Amazon Prime. Get to Know Us. English Choose a language for shopping. Amazon Music Stream millions of songs. Amazon Advertising Find, attract, and engage customers.

A Better Place - Wikipedia

Probably his most important contribution was modifying and refining the punch card tabulating machines invented by Herman Hollerith, which were the precursors of present day computers. When he was five years old, his father gave Bob an electric car; sparking a lifelong interest in electronics. At age 13, he built a radio that could pick up programs as far off as Cuba; at 17 he was designing pharmaceutical manufacturing equipment; and by 19, was creating surveillance equipment for police departments and governments.

Unfortunately, he was about to endure three traumatic mishaps that would compromise his vitality. During induction procedures, Bob suffered an adverse reaction to a vaccination for Scarlet Fever, which disabled him for weeks. Then, studying to become a bomber pilot, both his eardrums were accidentally ruptured, while training in a high altitude pressure chamber. This dramatically altered his balance and depth perception, making it impossible for Bob to handle a plane properly. His last practice flight was disastrous. Coming in for a landing, Bob was unaware that he was 50 feet above the ground.

Next his expertise was utilized to perfect an advanced form of electronic surveillance for other branches of the service. Leading Aircraftman Young was taking off on a routine flight from Mont Jolie when he inadvertently stepped on an improperly secured escape hatch. Luckily, he was not cut in half as had been the case in similar incidents, however, he received a serious low back injury which affected his legs and compromised his ability to walk. One day, when hobbling to the canteen with the aid of two canes, Bob was stopped by a Mustang fighter pilot in the United States Air Force who happened to be a chiropractor in civilian life.

He remembered his serendipitous encounter with the American fighter pilot in Mont Jolie who had introduced him to the benefits of chiropractic and decided to investigate what CMCC had to offer. Bob talked to the registrar, John A. Henderson, DC, and entered the second class, in September In the s students received instruction in four different methods of spinal correction: Earl Home-wood, DC, was a charter member of the faculty, teaching anatomy, palpation and Carver technique.

Homewood was fascinated by the interaction between the structure of the body and its internal organs, via the nervous system.

Electrotherapy machines were costly and his colleagues had little money, so Bob taught them how to build a device which delivered Faradic, Sinusoidal and Galvanic currents. These were cumbersome appliances, meant to be used in a clinical setting, but some of his pals lugged them out on house calls when they first entered practice. One hundred and twenty-five classmates graduated with Dr. Robert Young, in May That number would not be surpassed until the mid s, when CMCC was located on our expanded second campus at Bayview Avenue.

Upon graduation, Young immediately opened a private practice in the west end of Toronto; purchasing three adjoining properties on Dundas Street West, at Burnhamthorpe Road. The first piece of equipment Young needed for his office was an X-ray unit. He quickly discovered that major manufacturers were unwilling to sell to chiropractors and besides, their machines were unsuited to our needs. Using a workshop in the lot behind his office, he founded the International X-ray Co.

Their quality was poor; similar to those then being produced by chiropractors. Taken using a bucky with an 8: Another problem with full spine x-rays was the disparity in densities between the cervical, thoracic, and lumbar areas, requiring different exposures. This improved the films but patients were receiving a lot more radiation exposure than they should. This reduced total radiation to the patient but the shutter mechanism was complex, difficult to engineer and expensive.

Young had made large improvements in full spine X-ray technology, yet his films still held certain disadvantages over smaller views. Second, to be effective, his methods of compensating for variations of density required a skilled technician, who was frequently not present. Young admitted that, for the most part, his full spine films, particularly the lateral views, were diagnostically poor. Dissatisfied, Young began to investigate changing the method by which the X-ray beam itself, was delivered to the film. The technician simply picked the size of film he wanted to produce and pressed a button.

Since the X-ray beam was enclosed in a protective tunnel, surrounding tissues were protected from radiation. With full spine radiology, the patient stood on a turntable and was stabilized by straps to ensure no change in body or foot position.

• Shadow Warriors: The Covert War in Korea?
• Perry Rhodan Neo 49: Artekhs vergessene Kinder: Staffel: Arkon 1 von 12 (German Edition).
• When God Wept?

Individually, these frames were diagnostically equal to spot X-rays and collectively, gave more comprehensive information about overall spinal distortion. Shortly after opening his office in , Dr. Young became aware of the pervasive antipathy of other health care disciplines and the public, toward chiropractic in general and aggressive spinal manipulation in particular. In the s and 60s Young was busy designing, manufacturing, selling and installing X-ray units in chiropractic offices and hospitals in Canada, the United States and Mexico.

In this regard, Young had help from Jack D. Ellis, DC, Brampton, Ontario, who let him use his private video-fluoroscopy system for research purposes. Ellis explained that the image intensifier attached to the fluoroscope, allows the milliamps MA for spinal motion studies, to be greatly reduced from MA to as low as 1 MA. Intensification tubes also convert the X-ray beam to an electronic signal which can be recorded on videotape, CD, DVD or computer. Image intensification permitted Young to see vertebrae in three dimensions and in motion, on a nine inch screen.

Anatomists have determined the play between spinal joints to be two to three millimeters. Young found the amount of change in bone position following a Micro adjustment to be almost imperceptible. Although never able to record this change using X-rays or image intensifiers, on one occasion he had access to an instrument designed to measure the amount of space between a connecting rod in an automobile engine and its bearing and used it to determine the clearance between the bones of his shoulder.

• Robert Goddard Young, DC, ND: Searching for a better way.
• ;
• Fab Five for Trigonometry Level Eighteen: Solving Trig Equations Using Fab Five.

Other than side clearance, it was only one-thousandth of an inch. Looking at the movement of vertebrae as they were adjusted conventionally, he observed them rebounding from the force applied. Rather than being transmitted into the intended spinal articulations, much of the energy was deflected up and down the spinal column. Young knew that leverage is capable of generating great force with little effort. He experimented taking a contact against the spinous process of a vertebra, using either the pisiform or the eminence of the second digit, as a fulcrum.

Flexing the wrist caused the pisiform to act as a rotary cam; producing a gentle prying action to lever the vertebra into place. The pisiform is augmented by the forearm which provides a Young first used his levering system to develop specific techniques for adjusting the spine and pelvis.

Important steps to remember are: Mild force can be directed three-dimensionally, in saggital, coronal and transverse planes. Because the impulse is light and the velocity low, variable vectors can be employed in a controlled environment to nudge bones into precise positions. Young stresses the importance of understanding the construction of the spine as it relates to the differing sizes, shapes and angles of vertebrae, their spinous processes and inter-vertebral articulations.

Young also originated specific techniques for manipulating the cartilages of the throat, the ribs, acetabulae, pubic symphasis and coccyx. Other areas covered were the occiput, sutures of the skull, sinuses, nasal bones, ears, temporomandibular joints, shoulders, scapulae, clavicles, elbows, wrists, hands, knees, ankles and feet. Whether they employ rubber bands, springs, or moulds, they all abide by the same principal: It joins the older science of mechanics with the newer specialties of molecular biology and genetics.

At the center of mechanobiology is the cellular process of mechanotransduction, or the way cells sense and respond to mechanical forces.

Robert Baden-Powell

Young and from through he taught X-ray Physics, chaired the X-ray Committee and was director of X-ray Research. Young was in the X-ray business and his students benefited from examining actual parts, rather than looking at pictures in a textbook. For example, he taught the creation of an X-ray beam by bringing stationary and rotating anode tubes to class with pieces of the outer casings cut away, so they could see the anode rotate and watch the tungsten filament redden as MA was applied.

He also brought in a miniature dental X-ray machine and introduced the class to stationary, reciprocating and his own Nomax buckys. After one of his lectures, a student approached Young regarding a spinal problem that had not responded to traditional therapy. Young administered a Micro adjustment and the student obtained almost immediate relief.

Classmates Peter MacKay and Dennis Colenello were intrigued by this new technique and persuaded Young to give them a series of informal workshops. By the time they graduated in Drs. MacKay and Colenello were skillful advocates of Micro, traveling with Young as associate lecturers throughout North America and using it extensively in their private practices.

When he asked me to join him in practice and help him teach his programs, I agreed to stay in Toronto for two years before moving back to British Columbia.