Universal Equations

Universal Eqations

Davidoff

Copyright  The Common Vein 2014

Approach

The Common Vein explores biology and medicine within this realm and approaches the concept from three 3 perspectives in order to promote a global understanding.

Three equations reflect these perspectives and set the background to The Common Vein.

1+1 = 2 reflects the objective measurable science.

1+1 ≈ 2 reflects the art of the science.

1+1 = 1 reflects the mysteries that hold us in awe of biology.

1+1 = 2   (or -1+1=1?)

The first equation is fundamental arithmetic known to everybody. The component numbers are numeric, measurable, logical, accurate (usually), and commonly acquired with the aid of an instrument that assigns a number to an aspect of structure or function. In biology and medicine it may be the mere counting of the heart rate, the number of white or red cells in the urine, the concentration of the blood sugar, or serum potassium. One of the first functions of the physician is to decide whether a finding is normal or abnormal. For example, when the volume of the spleen is 1000ccs, the patient unquestionably has a large and abnormal spleen. What becomes in question now is the cause of the splenomegaly, and the treatment.

1+1=2 The Science

Quantification in Science and Biology

The equation of 1+1 =2 relates to accurate quantification and assigning a number with units to a structural unit or a particular function.   The diagram represents some of the measurements we may make with lines, triangles, circles, angles, numbers, and rectangles. It depicts mathematical principles which may be applied to instrumentation that enable accurate measurement of biological structures.  We define the elements of biology and medicine by consistent adjectives relating to size, shape, position, and character of the structure or its parts.  How structures change with time is another dimension that enables the characterization of structure.  The instruments of science and biology in essence either assist us to see structure better or measure these elements.

Copyright 2012 Courtesy Ashley Davidoff MD 108486pd08ccb01.8s

Quantification in Science and Biology

The equation of -1+1 =0 relates to accurate quantification and assigning a number with units to a structural unit or a particular function. The diagram represents some of the measurements we may make with lines, triangles, circles, angles, numbers, and rectangles. It depicts mathematical principles which may be applied to instrumentation that enable accurate measurement of biological structures. We define the elements of biology and medicine by consistent adjectives relating to size, shape, position, and character of the structure or its parts. How structures change with time is another dimension that enables the characterization of structure. The instruments of science and biology in essence either assist us to see structure better or measure these elements.

Courtesy Ashley Davidoff MD 108486pd08.82s

The training student, when first introduced to clinical evaluation is instructed how to use visual, palpatory, and auditory skills with the well known mantra of “inspection palpation and percussion”.  In the current practice of medicine, sole use of the human senses without technology has limited ability to measure the full extent of size shape position and character of the parts and functions of the body.

The need to delve beyond our immediate scope in any of the sciences has innovated tools which have advanced our senses to a new level of measurement and consequently of  understanding.   Some examples include the microscope, stethoscope, beaumonometer, EKG, EEG, X-ray, ultrasound, and MRI machines.

1+1 ≈ 2 The Art of the Science

The second equation is not as straight forward and reflects the human input into the field.  The component numbers could be numeric, measurable, logical, and accurate, but human intuition plays a key role in intergating the information and reaching a conclusion.

Since science and biology is complex they have to be tackled one piece at a time.  The human body has so many moving parts that it requires initial evaluation of each part in isolation, and then an integrated evaluation of the whole.  While computers and technology may succeed in the quantitative evaluation by defining measurements of individual structures, they cannot comprehend the whole in the way that the practiced observer, be it architect, lawyer, teacher, biologist or the physician can.  The art of intuitively and almost instantaneously making an early diagnosis in the patient, whose cough is hoarse, whose skin is wrinkled from the loss of elastcicty from smoking, whose fingers are now clubbed, whose left pupil seems to be constricted, a small new tremor,whose demeanour of body language has changed, whose handshake is limp, is within the realm of the experienced physician.  In an instant the practiced professional is able to take it all in and synthesise the information. In such a patient, a left apical lung cancer (of Pancoast) with metastatic disease to the recurrent laryngeal nerve and left side of the brain needs to be considered, even before a word is spoken between patient and doctor.  The art of  medicine is the “geshtalt” or intuition.  The equation  1+1 ≈ 2  is applied to the art of biology and medicine in this instance.  The clinician does not need to measure the quantitative changes in the voice, nor the size of the pupils or wrinkles nor the elasticity of the skin.  Subjective and perceptive coordinated evaluation of the whole is all that is necessary to reach a diagnostic direction. There is no substitute in the 1+1=2 technical world for the immeasurable “geshtalt” and it is this equation that reflects the close to accurate approximation.  The universal descriptors that the clinician had unconciously applied in the analysis of the structures in that moment of brief interchange included the size shape position and character of each of the structures and functions mentioned.  Things had changed in the patient since the previous visit which the doctor was able to notice, and a fifth element in the descriptors includes the effects of time.

1+1 ≈ 2  The Art of the Science

This diagram reflects the concept of 1+1 ≈ 2 viewed both in applied biology or in medicine, when evaluation of form and function is a combination of objectivity and subjectivity – so called the art of the science. The white triangle represents the objective knowledge aqcuired through the science of the field. The application in biology at its most basic, is the evaluation of the size, shape, position, and character of a particular part in the context of time, and in context of the bigger whole. This evaluation is made objectively and subjectively as described in the the brief meeting of the physician with a patient when an accurate diagnosis is already in evolution before a word is spoken between patient and professional. This intuition also applies to the well practiced scientist or biologist, writer, artist or dancer who develop the art within their respective fields.  It is the instinct of a parent – approximate, accurate and close to the truth.

The Common Vein Courtesy Christa Wellman (drawing of human) Courtesy Ashley Davidoff Copyright 2012 108486pd08c03.8s

1 + 1 = 1

The third equation is 1 + 1 = 1 and it makes even less intuitive sense, but communicates a crucial tenet of The Common Vein.  The component numbers could be numeric, measurable, logical, and accurate, but the power of numbers plays a key role in coming to an illogical surprising and sometimes magical result.  It implies that whole is a unified bigger than the sum of its parts.  It applies when the power of numbers link and organize as one, sometimes with the aid of a facilitator, and the result is awesome, inspiring, mysterious, and even magical.  A supreme  example may be that an individual brain cell does not have the power to think (or so it seems) but when connected and organized with billions of like cells, the magical and miraculous process of thought or speech, or creativity, or even just coordinated movement manifests.  The equation may represent something as simple as the formation of a water molecule from two atoms of hydrogen and one of oxygen, or the conversion of sugar to glucose in the presence of an enzyme.  At the other extreme it also represents the world of human accomplishment in art, music, athletics, dance, or literature, and the world of nature, and religion.  In each of these, the combination of the parts produces inspiring and unexpecterd results, greater than the sum of the parts.  The term “units to unity”  is also used to reflect this equation.

1+1=1  – When the Result is a Surprise!

Bigger and More Powerful than Expected and Beyond the Logic of Numbers

1+1=1 is the equation that reflects the consequences of the power of linking and organizing units of similar persuasion, often in the presence of a facilitator with a surprise result. The sum is not only greater than the component parts but beyond the logic of the numbers.

Copyright 2012 Courtesy Ashley Davidoff MD 93002pe01.8

Why use “=1”?

Why use 1 as a result rather than 3 or even 1 million for example you may ask?  In essence the perception is that there is a continuum in the organization of structure from the atom to the universe, where the parts as single units link and organize and form a new structure or a singular unit, bigger and more powerful than the individual units, only to be a part or a unit of something bigger and more powerful than itself.  The term “units to unity” emphasises the use of the singular units to build a new singular unit and from this perspective,  1+1 = 1  is accurate.

The three equations  represent a framework from which The Common Vein retains a global perspective of the world around and within us. They have broad application to the activities of life but in the context of The Common Vein have specific implication in the study and understanding of biology and medicine.  The equations while representing separate views are interdependent and all necessary to provide full understanding.

In summary, the first equation  is the bean counting quantification in science, medicine and research. The second is the world where we practice a human discipline, integrated with the quantification provided by the tools of the trade, and used to solve problems in a practical way.  It is the realm of the astute and practiced observer and is a goal for educating students within the discipline.  The third is beyond human reason, as we stand in awe of  the mystery and magic of life, and it provides a perspective for humanity.  The last equation is the part when we pause to smell the roses  – the enriching and fulfilling part of life.

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