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Morphogenesis and form  ·  Article

Morphogenetic field

The morphogenetic field is a concept from developmental biology. Recent papers treat it as a patterning field that can self-organize, breaking symmetry in an initially homogeneous state.4 Fields and Levin say the concept anticipated a framework in which an information field guides movement in a space, though its mediator is only now becoming apparent.6 Disruption of such fields is also linked to the onset of cancer.5

Earliest held
1925, Lotka, A. J.
Most discussed in
Elements of Physical Biology, 1925
In the library
6 passages in 5 works
Rewritten
2026-10-03
18501875190019251950197520002025Funk RH, 20151Funk RH, 20152Funk RH, 20153Silver BB, Nelson CM, 20184Silver BB, Nelson CM, 20185Fields C, Levin M, 20226Fields C, Levin M, 20227Manicka S, Levin M, 20228Manicka S, Levin M, 20229
01

Positional information and fields

Manicka and Levin describe Lewis Wolpert as a pioneer who introduced positional information, in which a morphogen gradient develops along an axis and cells use it to decode their relative positions.8 They then list morphogenetic fields among the notable concepts for understanding patterning, next to organizers and epimorphosis.9 The held passage does not say who first used the term. It also does not set the field idea against positional information as a rival.

02

Why electric fields were neglected

Funk gave reasons why electric fields as carriers of information were ignored for so long in biology. The first was misuse and charlatanism around electro-stimulatory apparatuses from the end of the 19th century on.1 The second was a lack of suitable measuring methods, since early work allowed only single electrode measurements.2 The next big step was the small vibrating, self-calibrating electrode, which Funk credits to Jaffe and Nuccitelli in 1974 and to later work.3 He gave a third reason tied to the field concept itself, but the held passage ends before completing it.

03

Self-organization and symmetry breaking

Silver and Nelson say that computational studies seek to illuminate the self-organization of a morphogenetic field, described as symmetry breaking of an initially homogeneous state. They cite Pietak and Levin for this idea.4 They add that how asymmetry emerges also matters for understanding how patterning fields are disrupted when pathologies such as cancer begin.5 The passage presents this as an aim of modelling work, not a settled result.

04

Field as competent process

Fields and Levin discuss development as intelligent behaviour in William James's sense. They say the developmental morphogenetic field concept anticipated some aspects of a framework in which parameters define movements in a space and an information field mediates them. They add that the mechanism linking the two is only becoming apparent now.6 They describe development as reliable but not hardwired, with stability and robustness that let it reach the same target morphologies despite significant departures from the expected components.7

SourcesEach quotation was checked word for word against the passage it opens.
  1. First, this was caused by a misuse and charlatanism regarding “electro-stimulatory” apparatuses from the end of the 19th century onFunk RH, 2015 · Endogenous electric fields as guiding cue for cell migration · open at passage 7
  2. Second, this is due to the lack of appropriate methods for measuring the EF, because in the beginning only single electrode measurements were possibleFunk RH, 2015 · Endogenous electric fields as guiding cue for cell migration · open at passage 7
  3. The next big step was the development of small vibrating, self-calibrating electrodes (Jaffe and Nuccitelli, 1974; Hotary and Robinson, 1992; Hotary et al., 1992; Reid et al., 2007)Funk RH, 2015 · Endogenous electric fields as guiding cue for cell migration · open at passage 7
  4. One of the key concepts computational studies seek to illuminate is the idea of self-organization of a morphogenetic field, or “symmetry-breaking” of an initially homogeneous stateSilver BB, Nelson CM, 2018 · The Bioelectric Code: Reprogramming Cancer and Aging From the Interface of… · open at passage 40
  5. mechanisms of asymmetry emergence are also important for understanding how patterning fields become disrupted during the onset of pathologies such as cancerSilver BB, Nelson CM, 2018 · The Bioelectric Code: Reprogramming Cancer and Aging From the Interface of… · open at passage 40
  6. The developmental morphogenetic field concept anticipated some aspects of this framework, although the mechanistic information linking the parameters defining movements in the space and the mediator of the information field is only becoming apparent nowFields C, Levin M, 2022 · Competency in Navigating Arbitrary Spaces as an Invariant for Analyzing… · open at passage 16
  7. It is reliable but not hardwired. It exhibits remarkable stability and robustness, capable of reaching the same target morphologies despite significant departuresFields C, Levin M, 2022 · Competency in Navigating Arbitrary Spaces as an Invariant for Analyzing… · open at passage 16
  8. Lewis Wolpert, a pioneer in this field, introduced the concept of “positional information”, where a morphogen gradient develops along an axis that the cells could use to decode their relative positionsManicka S, Levin M, 2022 · Minimal Developmental Computation: A Causal Network Approach to Understand… · open at passage 3
  9. A few notable concepts include “organizers”, morphogenetic fields, epimorphosis, morManicka S, Levin M, 2022 · Minimal Developmental Computation: A Causal Network Approach to Understand… · open at passage 3
Linked ideas
Funk's electric fields as coded information sit close to this idea, though his passage does not use the term morphogenetic field.
Fields and Levin describe development as reliably reaching the same target, which is the kind of outcome a field is meant to account for.
Regenerationrelated to
Manicka and Levin note that adult forms can regenerate full patterns from sub-regions, a case patterning models such as positional information must cover.
Silver and Nelson say asymmetry mechanisms matter for how patterning fields become disrupted at the onset of cancer.
Silver and Nelson tie the modelling of field self-organisation to electrical dynamics of membrane voltage (Vm) in nonexcitable cells.
Child's axial gradient is an early account of how a graded, whole-body condition organizes development, with the high end controlling lower levels within a range.
Polarityrelated to
Pietak et al. model morphogen gradients whose transport direction sets the regenerated anterior-posterior axis.
Thompson's physical account of form, through surface tension and pressure, runs parallel to field accounts of how shape arises.
Driesch's entelechy and Bernard's guiding idea were offered as accounts of how organisms are built to a plan, the problem field concepts also address.
Reaching the same target form despite departures from default components is the reliability that invites goal-directed descriptions of development.
Where it is discussedPassages matching morphogenetic field, morphogenetic fields, embryonic field, field of organization
1925Elements of Physical Biology · Lotka, A. J.2
2018The Bioelectric Code: Reprogramming Cancer and Aging From the Interface of… · Silver BB, Nelson CM1
2022Minimal Developmental Computation: A Causal Network Approach to Understand… · Manicka S, Levin M1
2015Endogenous electric fields as guiding cue for cell migration · Funk RH1
2022Competency in Navigating Arbitrary Spaces as an Invariant for Analyzing… · Fields C, Levin M1