Henry Bastian sIn existographies, Henry Bastian (1837-1915) (CR:10) was an English physiologist noted for his supposed late 1860s unpublished coining of the term "biogenesis" and for his 1869 spurious announcement that he had created life synthetically in the laboratory (see: laboratory produced life) through combination of various inorganic substances. [1]

The truth of the matter, however, is that Bastian thought he had observed the synthesis, “de novo”, as he called it, of living matter from non-living matter, under the microscope, when heating and cooling and reheating vials of bacteria past the denature temperature.

Bastian went on to write two books elaborating on his findings, the first his 1869 The Beginnings of Life: Volume 1 (1869), wherein he outlined a mixture of conservation of energy, vitalism, and emergence views of living matter arising from atoms and molecules. The gist of his emergence of living matter theory is as follows:

“We know that the molecules of elementary or mineral substances combine to form acids and bases by virtue of their own 'inherent' tendencies; that these acids and bases unite so as to produce salts, which, in their turn, will often again combine and give rise to 'double salts.' And at each stage in this series of ascending molecular complexities, we find the products endowed with properties wholly different from those of their constituents. Similarly, amongst the carbon compounds there is abundance of evidence to prove the existence of internal tendencies or molecular properties, which may and do lead to the evolution of more and more complex chemical compounds. And it is such synthetic processes, occurring amongst the molecules of colloidal and allied substances, which seem so often to engender or give 'origin' to a kind of matter possessing that subtle combination of properties to which we are accustomed to apply the epithet 'living'.”

This, however, is no different that the famous incorregable molecular “liquidness” is an emergent property of the atoms hydrogen and oxygen combined in the molecular form as H20, which does not exist in the atoms singly, but only "emerges" in the upper level molecular state argument (add: theorist?).

In his followup 1872 The Beginnings of Life: Volume 2 (1872), he addresses the question of the occurrence or non-occurrence of spontaneous generation. [2]

Darwin
In 1872, Darwin read Bastion’s The Beginnings of Life, after which he wrote the following to Alfred Wallace: [3]

“I have at last finished the gigantic job of reading Dr. Bastian's book The Beginnings of Life and have been deeply interested by it. You wished to hear my impression, but it is not worth sending. He seems to me an extremely able man, as, indeed, I thought when I read his first essay. His general argument in favour of archebiosis, aka "spontaneous generation", is wonderfully strong, though I cannot think much of some few of his arguments. The result is that I am bewildered and astonished by his statements, but am not convinced, though, on the whole, it seems to me probable that archebiosis is true. I am not convinced, partly I think owing to the deductive cast of much of his reasoning; and I know not why, but I never feel convinced by deduction, even in the case of H. Spencer's writings. If Dr. Bastian's book had been turned upside down, and he had begun with the various cases of heterogenesis, and then gone on to organic, and afterwards to saline solutions, and had then given his general arguments, I should have been, I believe, much more influenced. I suspect, however, that my chief difficulty is the effect of old convictions being stereotyped on my brain. I must have more evidence that germs, or the minutest fragments of the lowest forms, are always killed by 212°F Perhaps the mere reiteration of the statements given by Dr. Bastian [of] other men, whose judgment I respect, and who have worked long on the lower organisms, would suffice to convince me. Here is a fine confession of intellectual weakness; but what an inexplicable frame of mind is that of belief!

As for Rotifers and Tardigrades being spontaneously generated, my mind can no more digest such statements, whether true or false, than my stomach can digest a lump of lead. Dr. Bastian is always comparing archebiosis, as well as growth, to crystallisation; but, on this view, a Rotifer or Tardigrade is adapted to its humble conditions of life by a happy accident, and this I cannot believe. . . . He must have worked with very impure materials in some cases, as plenty of organisms appeared in a saline solution not containing an atom of nitrogen.

I wholly disagree with Dr. Bastian about many points in his latter chapters. Thus the frequency of generalised forms in the older strata seems to me clearly to indicate the common descent with divergence of more recent forms. Notwithstanding all his sneers, I do not strike my colours as yet about pangenesis. I should like to live to see Archebiosis proved true, for it would be a discovery of transcendent importance; or, if false, I should like to see it disproved, and the facts otherwise explained; but I shall not live to see all this. If ever proved, Dr. Bastian will have taken a prominent part in the work. How grand is the onward rush of science; it is enough to console us for the many errors which we have committed, and for our efforts being overlaid and forgotten in the mass of new facts and new views which are daily turning up. This is all I have to say about Dr. Bastian's book, and it certainly has not been worth saying. ”

In 1936, Alexander Oparin, citing this letter, summarized things to the effect that Darwin criticized Wallace's experiments and found them altogether improbable. [4]

References
1. Stockridge, Frank P. (1912). “Creating Life in the Laboratory”, Cosmopolitan, 52(6): 774-81, May.
2. (a) Bastian, Henry C. (1872). The Beginnings of Life: Volume 1. Appleton.
(b) Bastian, Henry C. (1872). The Beginnings of Life: Volume 2. Appleton.
3. Darwin, Charles. (1872). “Letter to Alfred Wallace” (ΡΊ), Aug 28.
4. Oparin, Alexander. (1936). The Origin of Life (introduction and translation: Serguis Morgulis) (pdf) (three phases, pg. vii). Dover, 2003.

Further reading
● Bastian, Henry C. (1874). Evolution and the Origin of Life. Publisher.
● Bastian, Henry C. (1905). The Nature and Origin of Living Matter. J.B. Lippincott Co.

External links
● Henry Charlton Bastian – Wikipedia.

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