Triplet Code Origin

A Study of Repeating 3s

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Visitors as of 9/02/2026

The "Triplet Code" to which I am referring is that code found in DNA and RNA, and not the larger one involving multiple subjects. However, let me also note that in order to get to a "three code", there may well have been a single and then a binary. Hence, a 1 → 2 → 3 developmental sequence. Clearly, the advent of life in what is labeled the RNA world followed by a DNA world then a Proteing world, provides evidence for the enumerated sequentiality in that RNA typically is single stranded, DNA typically is double stranded (with some possible instances of both single and triple stranded forms), and then the staging of triple-stranded proteins like Collagen and the functionality of protein development with a primary- secondary- tertiary- quaternary structure; where the primary structure is differentiated from the others with its bead-like structure in contrast to the others' ribbon structure... suggesting we need to formulate a new label for a different organzational attitude such as a revealed 3 -to- 1 ratio also seen in Mendelian genetics... as well seen in the cognitive catergories found in other subjects: 3 to 1 ratios page 1

Genetic Ratio: Understanding Mendelian Inheritance Patterns

Let it be noted that the idea of a triple-stranded DNA structure was formulated by Linus Pauling. (In the early 1950s, Watson and Crick were in a race with California Institute of Technology chemistry professor Linus Pauling to unravel the structure of DNA, a molecule that had been isolated from the nucleus of cells way back in 1869 by Swiss biologist Friedrich Miescher.
The molecular structure of DNA — and a dream staircase that wasn’t.)

Typically, the idea of an origin for many people involves thinking in terms of an internalized process of chemical activity which eventually settled on a Triplet design. More often then not, if you ask a biologist what is the origin of the genetic code, they may generalize and cite you the development of the DNA triplet code idea began with James Watson, Francis Crick, along with Rosalind Franklin and Maurice Wilkins; but these individuals were involved most prominently with the double helix structure... and it was Marshall Nirenberg, Har Gobind Khorana, Robert Holley, Sydney Brenner, and Francis Crick who gained acknowledgement for elucidating the presence of a triplet code. However, because there is no precedent for thinking in terms of why a triplet code was chosen by life's processes, the question (in terms of how I am posing it), may not be understood until it is emphacised I am speaking about processes occurring billions of years ago. Nonetheless, most often I encounter those who resort to a chemical explanation because the idea of a "triple code" involving multiple cognitive examples is not customarily brought up in chemistry or biology classes, much less Philsophy. Take a look at the following excerpt as an example of the general state of multiple current views involving the development of the Triplet Code:

Reflections on the Origin and Early Evolution of the Genetic Code by Juan C. Fontecilla-Camps

However, and even though this page is titled "Triplet Code origin" and I initially meant to focus on this specificity... I must allow myself to introduce a larger composite of "threes patterns" I am thinking about as having had some impetus for such a recurring pattern's usage in the cognitive processing of humanity. Rather fortuitously one might think, we can describe a rather crude timeline of events which exhibit this pattern since I feel the triplet code is but one of hundreds of examples of the "threes" patterns that I am not in any way trying to describe some contemporary interpretation often provided by some religious orientation. Since the pattern occurs in many explorations of observation from multiple subject areas, it is of need to catalog the examples to be contemplated by different people with different orientations in their respective field or fields of interest. Thus, while you may be influenced by the heading of this page to selectively focus on the triplet code, the triplet code pattern shows up in such a variety of eras and ways, that it behooves us to take a closer look at what has been the initial origination force for human cognition to use the pattern whether or not many old cultures do not have an awakened sense of realization as do later born cultures or those old cultures, due to demands for increased adaptation to innovations so as to maintain some equanimity for economic, military or educational purposes... have adopted particularities of later born cultures... while trying to infuse ideological concerns of the past with ideas of the present.

In addition, let me note that both past and contemporary Philosophers, Psychologists, Sociologists, Historians, Theologians, Anthropologists and others... have not adequately addressed the topic of "threes recurrences" though there have been multiple efforts to do so. Invariably, their efforts have been made with a limited knowledge of the very large currency of "threes" and its place alongside other enumerated (as well as geometric) streams of consideration in understanding human cognition in our particular environment with a surprising "threes" recurrence in anatomy. Let me further note that those ideas involving a larger enumeration can frequently be organized in a framework involving small than three enumerations and those ideas which are flamboyantly expressed in more-than-three terms such as there being multiple dimensions; from my perspective this describes the presence of an imaginative ability, but it is so often confronted by recurrences that remind me of standard human memorization efforts versus those few who appear to illustrate a capacity for a larger memorization base... if we find methods of either teaching it or learning on our own. In other words, the use of "threes" appears in some cultural instances to be more pronounced than other enumerations even while an infinity of numbers exist... humanity uses very few... suggesting a cognitive limitation due to constraints built into our physiology initiated by environmental pressures including planetary ones... and no, I am not advocating Astrological orientations as being correct as they are presently practiced... even though there is an underlying pattern-of-three recognized in the study by its more serious students.

Here's a short list of threes examples which exhibit a rough timeline of development of humanity's cognitive orientation seen through different lenses of orientation:

• 3 Origin-of-the-Universe Models:
  1. Big Bang Model- The Big Bang Model is the leading scientific explanation for the universe’s origin.
  2. Steady State Hypothesis- The Steady State Hypothesis was a major alternative in the mid?20th century. It held that the universe has no beginning or end and looks the same at all times and places (Perfect Cosmological Principle).
  3. Inflationary Universe Model- The Inflationary Universe model refines the Big Bang by adding a brief period of exponential expansion a fraction of a second after the start.
• 3 shapes to the Universe. (If they actually portray 3 perspectives (vantage points) of a single entity, we have a 3 in 1 ratio.)
  1. Spherical (Closed) Universe
  2. Flat (Euclidean) Universe
  3. Hyperbolic (Open or Saddle-Shaped) Universe
• 3 Main Percentages of the Universe: (These proportions come from precision measurements, such as those from NASA’s Planck satellite and other cosmological observations. They define the ?CDM model {Lambda Cold Dark Matter}, the standard model of cosmology, which explains the universe’s large-scale structure, evolution, and fate.)
  1. Ordinary (Baryonic) Matter – ~5%
  2. Dark Matter – ~27%
  3. Dark Energy – ~68%
• 3 dimensions: Height- Length- Width/Depth (adding Time makes the count a 3 to 1 ratio)
• 3 fundamental forces agree with the Standard Model of Physics: Strong- Weak- Electro-magnetic (adding Gravity gives a 3 to 1 ratio)
• 3rd planet from Sun (Earth) is the only known place where complex life exists
• 3 dominant forms of Matter on Earth: Solids- Liquids- Gases. (adding Plasma makes the count a 3 to 1 ratio)
• 3-patterned strobe-light effect of dawn-noon-dusk occurred when Earth was rotating much faster than today
• 3 cellular energy sources: AMP, ADP, and ATP (AMP, ADP, and ATP are nucleotide molecules that store and transfer energy in cells, with ATP being the primary energy currency, ADP an intermediate, and AMP a key energy-sensing signal.)
• 3 primary sources of cellular energy are carbohydrates, fats, and proteins
• 3 types of life: Archaea- Bacteria- Eukaryote;
  1. Archaea- Archaea are also single-celled prokaryotes but differ from bacteria in their genetic and biochemical makeup. They are often extremophiles, thriving in harsh environments such as hot springs, salt lakes, and deep-sea vents.
  2. Bacteria- Bacteria are single-celled prokaryotic organisms without a nucleus or membrane-bound organelles. They have been present on Earth for over 3.5 billion years and are found in almost every habitat, from oceans to soil and inside other organisms.
  3. Eukaryote- Eukaryotes are organisms with cells containing a nucleus and membrane-bound organelles like mitochondria and chloroplasts. (This domain includes plants, animals, fungi, and protists.)
• 3 main types of archaebacteria: Methanogens, Halophiles, Thermophiles
  1. Methanogens are archaebacteria that produce methane gas as a metabolic byproduct. They are strict anaerobes, thriving only in oxygen-free environments such as swamps, wetlands, marine sediments, and the digestive tracts of ruminants and humans.
  2. Halophiles are salt-loving archaebacteria that flourish in highly saline environments, including salt flats, salt mines, and hypersaline lakes. They have specialized proteins and cellular mechanisms that stabilize their structures against dehydration caused by high salt concentrations.
  3. Thermophiles are heat-loving archaebacteria that thrive in extremely hot environments such as hot springs, geothermal vents, and hydrothermal systems. Their enzymes and proteins are thermostable, functioning efficiently at elevated temperatures, sometimes exceeding 100°C. Thermophiles include subgroups like hyperthermophiles and thermoacidophiles, which can also tolerate acidic conditions.
• 3 main types of bacterial cells based on shape: Spherical, Rod-shaped, Spiral-shaped
  1. Cocci (Spherical Bacteria): They can exist alone (monococci), in pairs (diplococci), in chains (streptococci), or in (staphylococci).
  2. Bacilli (Rod-Shaped Bacteria): They may appear singly or in chains.
  3. Spirilla (Spiral-Shaped Bacteria): They may be rigid or flexible and often move with flagella.
• 3 main types of Eukaryotic cells: Animal cells, Plant cells, Fungal cells, each with distinct structures and functions.
  1. Animal cells are eukaryotic cells that lack a rigid cell wall and chloroplasts. They typically have an irregular shape, a plasma membrane, and contain various organelles including a nucleus, mitochondria, endoplasmic reticulum, Golgi apparatus, and lysosomes.
  2. Plant cells are eukaryotic cells that have a cell wall made of cellulose, chloroplasts for photosynthesis, and a large central vacuole that helps maintain turgor pressure.
  3. Fungal cells are eukaryotic cells that have cell walls made mainly of chitin and lack chloroplasts. They are heterotrophic, meaning they obtain nutrients by absorbing organic material. Fungal cells may be unicellular (like yeast) or multicellular (like molds), and they share many organelles with animal cells, such as a nucleus, mitochondria, and endoplasmic reticulum.
• 3 main types of photosynthesis: C3, C4, and CAM (crassulacean acid metabolism).
• 3 stages of photosynthesis (some textbooks and AI generators list only two):
  1. Light-dependent Reactions
  2. Calvin Cycle (Light-independent Reactions)
  3. Optional 3 stages in some textbooks:
     1. Photon absorption and water splitting (part of light reactions)
     2. ATP and NADPH formation (part of light reactions)
     3. Carbon fixation and glucose production (Calvin cycle)
  4. 3 Major regions of cell wall: Middle Lamella- Primary cell wall- Plasma Membrane or Primary-Secondary-Middle Lamella
  5. 3 Primary differences between Animal and Plant cells: structural components, energy storage, and the presence of cell walls and plastids...
     1. Plant cells have a rigid cell wall, Animal cells lack a cell wall
     2. Plant cells contain chloroplasts, Animal cells do not have chloroplasts
     3. Plant cells feature a large central vacuole, Animal cells contain smaller, more numerous vacuoles
  6. 3-part description of cell wall (both exhibit a pattern-of-three stated differently):
     • Previous era interpretation- it has a Trilaminar appearance
     • Current era interpretation- it has a Bilipid + Protein/Carbohydrate rich layer)
  7. 3...Triplet microtubules are a specialized microtubule arrangement found only at the proximal ends of centrioles in eukaryotic cells. (Nine of these triplet sets are arranged radially with nine-fold symmetry around a central hub, known as the cartwheel, forming the cylindrical wall of the centriole.) Each triplet consists of three microtubules.
     1. A-tubule: a complete microtubule composed of 13 protofilaments, forming an oval-shaped ring, structurally similar to a canonical cytoplasmic microtubule.
     2. B-tubule: an incomplete microtubule with 10 protofilaments that shares four protofilaments (A10–A13) with the A-tubule, creating a stable connection.
     3. C-tubule: another incomplete microtubule with 10 protofilaments, attached to the B-tubule through shared protofilaments (B5–B8).
  8. 3 main types of microtubules based on their arrangement and function within cellular structures like the mitotic spindle:
     1. Kinetochore Microtubules (K-Microtubules): Extend from the spindle poles and attach to the kinetochores of chromosomes.Responsible for the movement of chromosomes during cell division (mitosis and meiosis). They help pull sister chromatids apart toward opposite poles during anaphase.
     2. Interpolar Microtubules (Polar Microtubules): Project from each spindle pole toward the center of the cell. Overlap with microtubules from the opposite pole. Provide structural support and push the spindle poles apart, helping to elongate the cell during division.
     3. Astral Microtubules: Radiate outward from the centrosomes toward the cell cortex. Help anchor the spindle apparatus to the cell membrane. Assist in positioning the spindle and orienting the dividing cell correctly.
     4. 3 Germ layers exhibiting a 1-2-3 developmental sequence of animal life from the simple to more complex animals:
        1. Ectoderm- (Mono/Uniploblastic) One layer of cells such as the sponges.
        2. Ectoderm/Endoderm- (Diploblastic) Two layers such as found in the Cnidaria (11,000+ species) and Ctenophora (200+ species).
        3. Ectoderm/Mesoderm/Ectoderm- (Triploblastic) Three layers found in all complex organisms from earth worms to humans.
     5. 3-patterned anatomy: McNulty's list of threes in human anatomy
     6. 3 animal feeding types: Carnivore, Herbivore, Insectivore
     7. 3 main types of symbiosis:
        1. Mutualism (both organisms benefit)
        2. Commensalism (one benefits while the other is unaffected)
        3. Parasitism (one benefits at the host’s expense)
     8. 3 main types of blood vessels: arteries, veins, and capillaries
     9. 3 main types of blood clots: arterial clots, deep vein thrombosis (DVT), and pulmonary embolism (PE).
     10. 3 main types of blood cells:
         1. Red blood cells (Erythrocytes), 40-45% of blood.
         2. White blood cells (Leukocytes), 1% of blood.
         3. Platelets (Thrombocytes), 150,000–400,000 platelets in each microliter of human blood.
     11. 3-lettered, widely used blood typing system: A- B- O (yes there are combonations, yes there are other typing systems)
     12. ETC...

Tripartite brain structure identified in multiple species:

Image Source: After Every Third

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The following is an example of the contemporary view of how the triplet code may have come about:

Abstract

Reconstruction of the earliest proteins in the ancient binary alphabet [glycine family G, alanine family A] leads to repeats of G alternating with repeats of A. In addition, omnipresent motifs can be assembled in two of the earliest genes involved in energy supply, crucial for Life, i.e. ATP/GTP binding and ATPase activity. They are an almost perfect match to the alternating G and A and are complementary to each other.

Introduction

Enormous databases of nucleotide and amino acid sequences of modern organisms, a collective labor of already two generations of molecular biologists, may be viewed as a depository of invaluable experimental material, which awaits large scale theoretical work to unravel the loads of unknown meanings hosted by these sequences. The theory, in general, is lagging well behind the mounting data. One exception is the rapidly developing theory of early molecular evolution [32], [33], [28] that started with the assumption that the sequences, active in the earliest eras of Life, are still around, some even, perhaps, unchanged. For example, the repeating sequences (GCU)n and (GCC)n of triplet expansion diseases may have survived 3.9 billion years of Life exactly because of their exceptional ability to expand [34]. Below, I briefly review the theory and outline the latest developments.

Source: The origin of the genetic code and of the earliest oligopeptidesby Edward N. Trifonov

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While you might want to incline yourself to believe in the views of practicing geneticists, others might want to consider the plausibility of my speculation that the triplet code influence came from outside the chemical processes occurring billions of years ago— which forced the early chemical processes to mimic its influence; whereby those chemical processes as they existed, necessarily moved along a single- binary- trinary pathway. I believe the triplet influence came from the sun's phases ("moments") know as Dawn- Noon- Dusk when the rotation of the Earth billions of years ago was accelerated.

My speculation is that for every 1 billion years, the Earth rotation slowed about 6 hours. Hence:

• Today's rotation rate of 24 hrs (23 hrs, 56 min, 4.091 secs)
• 1 billion years ago: 18 hrs rate of rotation
• 1.5 billion years ago: 15 hrs rate of rotation
• 2 billion years ago: 12 hrs rate of rotation
• 2.5 billion years ago: 9 hrs rate of rotation
• 3 billion years ago: 6 hrs rate of rotation
• 3.5 billion years ago: 3 hrs rate of rotation
• 4 - 4.5 billion years ago: A very fast swirling/churning rate of dust and debris

Let us also include that the observation of the Sun due the Earth's rotation, produces a triangular pattern using time elapsed photography. The triangular figures are sometimes referred to as solargraphs. And from time to time I have seen the rising or setting sun exhibited in commercials or movies. As for a more explicit representation, I offer the following:

Let us further note that the Moon is receding (moving further away and will cause changes to tidal behavior), and the Sun is said to one day to expand to the point of engulfing the innermost three planets; whereby the three solar phases (as seen from Earth) are on a path of fusion... attesting to a 3 in 1 pattern.

In addition, let us add the idea that due to changes in the rotation rate of the Earth, one must wonder if there is not some "rotation rate specificity" to different life forms including humans; whereby there is a limitation as to rotation rate in which humanity is enabled to survive. Survivability may have a rotation rate specificity for all the biological rhythms.

Granted that earliest pre-life microbial processes were created by chemosynthesis which had a primitive (non-triplet) code as a precursor to a triplet code, the path to what we call life with a triplet code was (in my guesstimation) undoubtedly due to photosynthesis. Let us look as some relevant commentary:

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Origination:Wednesday, September 2nd, 5:05 AM
Date of initial posting:Wednesday, September 2nd, 12:05 PM
Updated posting:Thursday, September 10th, 1:26 PM