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Towards a biblical mind

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Editorial Group: Denis Alexander PhD | John Coffey PhD | Caroline Eade MA | Julian Rivers PhD | Paul Mills PhD | Michael Schluter PhD | Christopher Townsend MA | Christopher Watkin PhD | Margaret Wilson BA DipTh

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Healing, enhancement and the human future

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This is a crucial moment in the history of science: a new technology offers the potential to rewrite the script of human life.

Carrie Wolinetz and Francis Collins, 2019[1]

Summary

This Paper reviews some recent examples of genetic engineering and brain science that make human technoscientific enhancement a pressing moral question. Healing and different types of enhancement are compared. Two rival world-views are considered, Transhumanism and Christianity – with contrasting visions of life after death – world-views which come to strikingly different conclusions concerning the path that leads to true human enhancement.

Introduction

Recently Jennelle Stephenson from Florida was dramatically healed using genetic engineering from her sickle cell anaemia – a disease that prevents
oxygen being delivered properly to the body’s tissues.[2] Or was it enhancement? Healing refers to our physical, mental and spiritual restoration to the state in which we found ourselves before becoming ill and/or to the state which is experienced, on average, by the rest of humankind. The term ‘enhancement’ is a little trickier to define and here we will consider four types: Transhuman enhancement (Type A) is probably best known from films,
sci-fi literature and computer games. It refers to physical or mental enhancements that go well beyond anything found in present humanity as
typified, for example, by the epic 2009 American film Avatar, set in the mid 22nd century, in which scientist ‘avatars’ are operated by genetically
matched humans. To start bringing sci-fi worlds into our own bodies, more than 3,000 Swedes have chosen to have microchips implanted in their hands which contain personal details, credit card numbers and medical records.[3] A wave of the hand pays for a train ticket or opens a security door – just a small taste of what is yet to come. 

Individual enhancement (Type B) refers to the enhancement to the individual over and above their own previous abilities, but yet remaining within the range of abilities presently found within human populations. A disabled athlete may use artificial legs to enhance their running speed, but the speed is not greater than that displayed by the world’s best runners. 

 

Prophylactic enhancement (Type C) involves technological processes that prevent disease. At one level these are familiar and well-established: vaccination; daily statins to reduce blood cholesterol to prevent heart disease and strokes. But now new technologies, such as embryo editing discussed below, are raising more difficult questions as to how far we go with Type C.

 

Christ-centred enhancement (Type D) refers to the Christian’s vision for God’s work in their lives that makes them more like Christ, enhances their
relational health, and prepares them for the age to come. This concept of human enhancement is shaped by the overall biblical framework of creation, fall, salvation and eschatology – the latter referring to the new heaven and the new earth promised throughout Scripture (Isaiah 65:17; 2 Peter 3:13; Revelation 21:1–27). Type D enhancement may incorporate aspects of Types B and C, but this involves some challenging questions: how much healing should we expect now?; and at what point does the Christian’s hope for wholeness in the present evil age become hubris?


An example of Type A enhancement, Neil Harbisson and his cyborg antenna (Credit: Neil Harbisson, CC BY 2.0)

Here we focus on two current areas of technoscience, genetic engineering
and brain control, that serve to illustrate and highlight the distinctions
between healing and these various types of enhancement.

Genetic engineering, healing and enhancement

Until 2012 the problem for modifying the DNA of a cell was in specifying
precisely where the alteration would happen. That situation changed
dramatically with the discovery of CRISPR-Cas and a series of publications
illustrating its multiple uses over the period 2012–15. CRISPR-Cas is a molecular complex which has the ability to change the DNA of any
organism, including humans, with a high degree of specificity at any particular
position in the molecule in such a way as to potentially alter the properties
of that organism. The gen(i)e really is out of the bottle.

In terms of healing, the genetic engineering of
humans currently has three main types of application. In the first type, immune
cells are genetically modified to make them work more efficiently. The second
type is aimed at those 7,000 genetic diseases, often very rare, caused by a
single defective gene. It is now possible to replace the defective gene with a
functioning gene to cure the disease, Jennelle Stephenson’s cure from sickle
cell anaemia providing but one of many recent examples. Jennelle’s bone marrow
cells were removed, CRISPR-Cas was used to correct the mutation[4] and the healed cells were replaced in Jennelle. Apart from the novel
technology, such healing is comparable with healing from any other type of
disease: it is not enhancement because Jennelle’s oxygen delivery has now been
restored to average levels. But only the patient is healed, not their progeny, who
may still carry the defective gene.

This problem is potentially solved in the third
main type of human genetic engineering in which CRISPR-Cas is used to heal very
early human embryos of a specific disease-causing genetic mutation. The embryos
are generated by in vitro fertilisation (IVF) using the mother’s egg and the
father’s sperm. If healed embryos are implanted in a mother with a successful
birth, then all subsequent generations would be healed of that disease.

In November 2018, Dr He Jiankui, from the
Southern University of Science and Technology in Shenzhen, China, made the
dramatic claim that, for the first time ever, genetic engineering had been used
to change the human germ-line.[5] Dr He reported the birth of twins, one of whom lacked the gene encoding
CCR5, a protein necessary in many cases for HIV infection to occur. This
announcement of work, as yet unpublished, has received widespread criticism.[6] For example, it broke international ethical norms; there are other less
risky ways of preventing HIV infection in children; and CCR5 may be required
for other functions, as yet unknown.[7] Also, due to technical failure, only one of the twins lacks CCR5.
Experimenting with children is wrong. But the He Jiankui experiment, at least
in its motivation, provides a clear example of medical enhancement Type A,
since its aim, however misconceived, is to change the human genome in such a
way that individuals are enhanced in their resistance to HIV infection.

Many other attempts are being made to edit early
embryos in this way. Clearly the goal, unlike the He Jiankui experiments, which
involved no genetic disease, is ultimately to implant the healed embryo in the
mother with the aim of giving birth to a child healed of a particular disease
running in a family. There are hundreds of genetic mutations that can cause the
death of children in their very early years. But as the reaction to the He Jiankui
work has highlighted, further research to ensure safety is necessary before the
legal embargo on such germ-line editing may eventually be lifted. In fact a
moratorium on embryo editing has been proposed to allow time for further
ethical reflection and work on the safety concerns,[8] and the WHO plans to oversee future embryo editing.[9] But if ever applied, the technique would lead to a unique form of Type
C enhancement, since the aim is to prevent disease.

In the interim many wonder why and whether such
embryo editing should be allowed when another form of Type C enhancement is
already available, known as Preimplantation Genetic Diagnosis (PGD). Here
embryos are screened in IVF clinics for a known mutation that causes disease in
a family’s history and only the healthy embryos are implanted in the mother. In
the vast majority of genetic diseases such embryos will be available, so is it
really worth developing such a complex, expensive and potentially risky
technology as embryo editing for the benefit of such a tiny number of cases
where PGD might not be feasible? Donation of healthy sperm, eggs or embryos
also provides well-established means of preventing the birth of children who
will suffer a devastating genetic disease. Furthermore, adoption is always an
option.

And what about the use of embryo editing for
enhancement Type A? A company has been set up in the US to enhance babies
genetically on a huge scale.[10] Harvard Professor George Church has identified around 40 genes that
could be useful in creating a race of astronauts more able to survive well in
space travel.[11] Is this a slippery slope? How much could embryo editing be used to
enhance the human genome? To make people more intelligent? To generate better
athletes? Stronger soldiers for the army?

Brain research

What about brain control? The image of the cyborg is a familiar one from
science fiction movies – organic beings with mechanical parts. But one of the
main drivers of developing brain–machine interactions is medical. This well
illustrates the way things normally go in technoscience. A new medical
technique is developed with the best of motives to cure some medical condition,
but this same technique then opens up potential new doors for use in
enhancement Type A or for more sinister applications in social control.


A cochlear implant (Credit: Tony Alter, CC BY 2.0)

One of the earliest and most successful examples of direct machine–brain
interaction is the cochlear implant developed in Australia by committed
Christian Prof. Graeme Clark in which a multi-channel electrode implant is
connected directly to the auditory nerves so that deaf people can now hear.[12]
Around 500,000 people around the world have now benefitted from cochlear
implants.[13] As of 2017 it became
possible to stream sound straight from your iPhone into your brain via a
wireless cochlear sound processor.

What about controlling the cyborgian computer
interface simply by thinking about what to do? Take, for example, Bill Kochevar
who was paralysed in a bicycle accident nine years ago.[14] Using a
brain–computer interface, Bill is now able to move his arm to do useful things
simply by thinking about it. The built-in computer transmits his thoughts
straight from his brain to a so-called functional electrical stimulation system
that then moves his paralysed arm.

All these are examples of healing. But let us also notice that very
similar cyborgian technologies could readily lend themselves to quite different
applications. As claimed by previous Google CEO Eric
Schmidt: ‘Eventually you’ll have an implant where if you just think about a
fact, it will tell you the answer.’ Now imagine a situation where it
were possible to place an electrode in the brain of a persistent paedophile. As
soon as paedophilic intentions are detected, these are flashed to a computer in
a local police station that immediately sends a suppressing signal that blocks
the thought before it can turn to action. At the moment such a scenario appears
to belong to science fiction enhancement Type A. Or is it a form of mental
healing? Or Type C enhancement? Such thought experiments illustrate the
challenges that lie ahead.

Two rival world-views

Ultimately it is different metaphysical world-views that make the
biggest difference to the ways in which people think about enhancement. On
healing most are agreed,[15] but on the various
types of enhancement there is divergence. In what follows, the Christian vision
for enhancement Type D will be contrasted with the strikingly different
Transhumanist vision which tends to focus on Type A.

The Transhumanist vision

Transhumanists, as their name suggests, wish to see technoscience used
to extend human capabilities well beyond their present limitations. Nick Bostrom from Oxford University says that ‘transhumanists
view human nature as a work in progress, a half-baked beginning that we can
learn to remold in desirable ways.’[16] Giulio Prisco, a
transhumanist who used to be a computer scientist in Europe’s space agency,
writes that ‘the ultimate realization of the dream to achieve indefinite
lifespan, with vastly enhanced cognitive abilities, lies in leaving biology
behind and moving to a new post-biological, cybernetic phase of our evolution.’
When this perfection is achieved, writes Prisco, ‘we will build (and/or) become
gods.’[17]


The story of Babel demonstrates the tensions in human development of technology. ( The Tower of Babel, Pieter Bruegel the Elder, circa 1563–1565)

Transhumanists share a common commitment to a
materialistic, ontologically reductionist, non-relational view of human
personhood, a mechanistic view of human life in which the body is a mere device.[18] In the
present Machine Age in which we are living, any technical input that increases
our happiness is to be valued, but such inputs are assumed to involve physical,
mechanical or chemical manipulations.

But the main focus is on the future – transhumanists
frequently make eschatological pronouncements full of faith. Ultimately there
will be human–brain interfaces that will allow the uploading of the human brain
on to supercomputers – the AI Singularity in which the superintelligent
machines become autonomous and self-aware.[19] This will involve
the extinction of biological humanity in order to abolish death altogether. Homo sapiens will be replaced by Homo
cyberneticus
in a do-it-yourself eschaton.

The Christian vision

The salvation inaugurated through the death and resurrection of Christ
leads in the New Testament to a great looking forward to the fulfilled kingdom
in which Christ’s reign over a new heaven and a new earth will be complete. The
‘sting of death is sin’ (1 Corinthians 15:56) and with that sting wiped out
through the cross, those who belong to Christ – ‘the man from heaven’ (1 Corinthians 15:49)
– will share in his life for ever in their radically enhanced resurrection
bodies, with moral and physical restoration joined together. In those future
bodies in the new earth ‘There will be no more death or mourning or crying or
pain, for the old order of things has passed away.’ (Revelation 21:4)

Healing was central to Christ’s mission on earth, demonstrating God’s love
as a great sign of the coming of the Kingdom – God’s reign over all things (Luke
9:11; Matthew 14:14). Jesus authorised his disciples ‘to heal every disease and
sickness’ (Matthew 10:1) and as they healed they were to preach that ‘The
kingdom of God is near you’ (Luke 10:9). As we follow Christ in the ministry of
healing in the present age, so we are pointing towards that time when God’s
rule over our physical bodies is finally complete. It will never be complete in
the present age, but it certainly will be in the age to come, the future
fulfilled Kingdom.

The two visions compared

The Transhumanist vision is to
maximise present individual human happiness as interpreted through a purely materialistic
lens. So if embryo editing eliminates disease-causing genes from a particular
family lineage in a safe way, or if we can make people more intelligent, then
of course we should do it. ‘Better, faster, stronger’ is the Transhumanist
slogan.

From a biological perspective there does seem considerable
naïveté in the Transhumanist
literature concerning the potential of genetic engineering to generate humans
with greatly advanced complex human traits. For example, we know from
behavioural genetics that around 50 per cent of the differences in
biometrically measured forms of intelligence, such as IQ, can be attributed to
genetic variation within a given population. But such differences are explained
by thousands of genetic variants that contribute to such heritability, each one
contributing less than 0.1 per cent to the overall variance in the population.[20] So the human genome
is a very complex system, challenging to improve, its complexity being its best
defence against meddlers.

And why would you want to do that anyway? Out of great intelligence can
come great evil. And how would it be fair at school if the genetically
engineered enhanced pupils did so much better than the ‘normals’? All that
would happen is greater social inequality and we have enough of that already.
Central to all such questions is the Christian understanding of the Fall (Genesis
3:1–24; Romans 1), well illustrated by the history of technology, as it is hard
to identify a human technology that has not been used for evil as well as good.
Developing technologies with the specific aim of individual enhancement will
only expand the human capability to do greater evil. This is always the
consequence when humans seek to be their own gods. Since human minds are
fallen, how could we trust those who seek to judge what are ‘good’ qualities to
be amplified in humankind?

So for the Christian a key
question is what do we mean by the ‘good’ and how can and should that good be
enhanced both now and in the age to come? Jesus Christ demonstrated human flesh
to be good by becoming sinless flesh in his incarnation (John 1:14). And for
the followers of Christ the understanding of the good in the present is heavily
influenced by their future life with Christ. Just as Christ’s healing ministry
on earth acted as a sign to the future Kingdom, so his work in the lives of
believers through his Spirit right now provides a communal pilot-plant,
pointing forward to the time when transformed resurrected believers enjoy God
in community for ever. For the Christian the present aim is to ‘reflect the Lord’s glory’ and thereby to be ‘transformed
into his likeness with ever-increasing glory, which comes from the Lord, who is
the Spirit’ (2 Corinthians 3:18). Christian enhancement depends on God’s
work in the lives of those who submit to his will both now and in the future.
The success of such enhancement depends on the extent to which the believer
becomes more like Christ.

Therefore Christian enhancement
centres on growth in virtues such as kindness, humility, love and generosity –
the kind of virtues that help relationships to flourish. And this flourishing
takes place in human communities that are diverse, and with limitations and
weaknesses that entail that its members have to rely on one another. Christian
enhancement is expressed through a myriad different human personalities,
passions, abilities and convictions – there is no room for clonal conformity. All
this is in striking contrast to the transhumanist vision which relies on
machines and genetic modification to achieve the perfect future for the
individual, with little interest in relational community.

Nevertheless, the Transhumanist
philosopher Mark Walker, who has theological interests, thinks that we can
improve morality and virtues via genetic engineering. Prof. Walker writes that ‘The
implications ….of the genetic virtue program are clear: if we can locate the
genes associated with agreeableness and increase their frequency, then we may
increase the virtue of caring in a population and reduce the vice of uncaring’.[21] But once again there seems to be a yawning gap here between
Transhumanist aspiration and scientific reality. Hundreds of genetic variants
contribute to the variation in a population of a complex trait like
agreeableness. And in any case, would we really want to engineer
super-agreeable people who don’t stand up to injustice? The likely outcome
would be ‘passives’, super-boring people.

The point about Christian virtues
is that they develop through the actions of God the Holy Spirit working in
people’s lives to produce the fruit of the Spirit. And establishing good habits
is what leads to good virtues. So it is a category mistake to look for the
genetic causes of virtues, because the whole point of a virtue is that it
develops as a process that involves human effort, for the Christian coupled to
the work of the Spirit in bringing about a transformation of life. It is
persons who are virtuous and there are no short-cuts to virtue.

Rival eschatologies

Ultimately the rival eschatologies of the Transhumanist and Christian
faiths send their followers in very different directions. For the Transhumanist, the immortal human future lies in a disembodied
digital existence with our failing biology left behind. As Simon Young asserts:
‘the belief in the Fall of Man will be replaced by the belief in his inevitable
transcendence – through Superbiology’.[22] But when you look to see what Superbiology means in Transhumanism, it
always seems to end up in pure digital mind without a body in sight, a truly tedious
existence. And in any case, an eternal future for fallen humanity would just ‘give
corruption an everlasting license’, to use the potent phrase of theologian Ted
Peters. So what we believe about the future really does make a difference to
the present. In contrast to Transhumanism, with its do-it-yourself
eschaton and its rejection of a future bodily life, in the Christian vision the
transformed body remains central for all eternity and its salvation and healing
is a wonderful gift of God. And in the Christian vision it
is not only humanity who are to be redeemed, but also the whole created order.

This leaves the Christian with a practical challenge:
how much of the future Kingdom should we expect to be realised now in our
physical bodies during our life on earth? The passion for healing – a direct
mandate from Jesus himself[23]
remains central to Christian practice, with huge Christian contributions to
medicine continuing around the world. But how far should we go? Might genetically
healing an early embryo in a form of Type C enhancement, thereby preventing
some devastating disease in that lineage for ever, also act as a pointer to the
coming of the Kingdom?

The promotion of physical
health and the prevention of disease remain central to medical practice. At the
same time, Christians are well aware that God can use suffering to draw them
closer to God. Paul’s ‘thorn in the flesh’ sounds like a medical problem (2 Corinthians
12:7), but despite pleading with God three times for it to go away, it did not,
leading to a difficult but valuable lesson (2 Corinthians 12:9). The redemptive
power of suffering is a central message of Christian enhancement. Those who are
‘in Christ’ should not forget that the marks of his passion are still visible
in his resurrection body (John 20:27).


( The Incredulity of Saint Thomas, Carvaggio, 1602)

Furthermore, over-ambitious
aspirations for healing and enhancement can readily lead to hubris, with the
proud brought down from their aspirations to be gods (Isaiah 2:17–18) and
arrogant people called futile (Jeremiah 48:29–30). The contemporary secular
writer John Gray comments that ‘No one understands the human heart at
all who does not recognise how vast is its capacity for illusions, even when
these are contrary to its interests, or how often it loves the very thing that
is obviously harmful to it.’[24]

So Christians find themselves at the
difficult juncture between the present evil age and the age to come, where the
waters are rough and often treacherous as two strong currents flow in opposite
directions. But being made in the image of God involves ‘subduing the earth’ (Genesis
1:28) and that might surely, in principle at least, include the prevention of
lethal genetic diseases by the restoration of mutated DNA to its normal
sequence. The proposed moratorium on embryo editing followed by human
implantation seems eminently sensible for the immediate future, but in the
longer term further research will no doubt eventually lead to the safe genetic
healing of human embryos that would otherwise, if implanted, die slow and
painful deaths postnatally. Opposed to such embryo editing is the question
already raised: why not use PGD? Or adoption? And will the same technology then
be misused for unhelpful forms of Type A technoscientific enhancement? This
discussion is not an easy one.

Conclusion

Following in Christ’s footsteps clearly entails that
healing should be central to Christian mission. The focus on healing, rather
than on Type A enhancements should, it is suggested, remain central to state
legislation governing the use of new technologies. As theologian Ted Peters
expresses the point: ‘God calls each of us individually and the human race as a
whole toward a divinely appointed end or goal, namely, our true humanity in
participation with a redeemed and healed creation.’[25] But, unlike healing, Christians
have no mandate to pursue Type A enhancement by technoscientific means. Instead
they await expectantly a new heavens and a new earth with resurrected persons enjoying
completely fulfilled lives with God and each other, not as a result of their
technoscientific striving, but as a result of God’s grace. For the Christian,
this is the enhancement that really counts and all others fade in comparison,
but at the same time they should not hold back from the prevention of human
suffering while on planet Earth, as God gives them opportunity.

About the author

Denis R Alexander is
Emeritus Director of The Faraday Institute for Science and Religion. He was
previously Chairman of the Molecular Immunology Programme and Head of the
Laboratory of Lymphocyte Signalling and Development at The Babraham
Institute, Cambridge.

Next issue: Does the West have Christian values?


[1] Nature, 567:175, 2019.

[2] www.nhlbi.nih.gov/news/2019/sickle-cell-patients-recovery-after-gene-therapy-heightens-hopes-cure.

[3] www.economist.com/europe/2018/08/02/why-swedes-are-inserting-microchips-into-their-bodies.

[4] A ‘mutation’
refers to a change in the genetic letter sequence of DNA.

[5] The ‘germ-line’ refers to the genetic
information that is passed from parent to child.

[6] D. Cyranoski, ‘CRISPR-baby scientist
fails to satisfy his critics.’ Nature 564:13–14,
2018.

[7] D. Cyranoski,
‘What’s next for CRISPR babies?’ Nature
566:440–442, 2019.

[8] E. S. Lander, et
al
., ‘Adopt a
moratorium on heritable genome editing.’ Nature
567:165–168, 2019.

[9] Nature
Biotechnology
37:338, 2019, ‘WHO to oversee genome editing’.

[10] A. Regalado, ‘The
DIY designer baby project funded with Bitcoin.’ MIT Technology Review, 1 Feb., 2019.

[11] J. Pontin, ‘The
genetics (and ethics) of making humans fit for Mars.’ Wired,8 July 2018.

[12] M. Worthing, Graeme Clark – the man who invented the bionic ear, Allen &
Unwin, 2016.

[13] Graeme Clarke,
Personal Communication.

[14] www.bbc.co.uk/news/health-39416974.

[15] This is not
invariably the case. For example, some in the deaf community wish to retain
deafness in their progeny in order to retain highly valued forms of social
interaction.

[16] Nick Bostrom,
‘Transhumanist Values’, https://nickbostrom.com/ethics/values.html

[17] G. Prisco,
‘Transcendent Engineering’, in M. More and N. Vita-More (eds), The Transhumanist Reader, London: Wiley,
2013,p.234.

[18] M. O’Connell,
To Be a Machine, London: Granta,
2017.

[19] R. Kurzweil, The Singularity is Near, London: Duckworth,
2005.

[20] J. J. Lee,
R. Wedow, A. Okbay, et al. ‘Gene Discovery and Polygenic Prediction from
a Genome-Wide Association Study of Educational Attainment in 1.1 Million
Individuals.’ Nature Genetics, 50:1112–1121, 2018.

[21] M. Walker,
‘Genetic Engineering, Virtue-First Enhancement, and Deification in Non-Irenaean
Theodicy.’ Theology and Science, 16:265, 2018.

[22] S. Young,
Designer Evolution : A Transhumanist
Manifesto,
Prometheus, 2005.

[23] A mandate that
includes all forms of medical healing, not just the miraculous.

[24] J. N. Gray, The Soul of the Marionette: A Short Inquiry into
Human Freedom
, Penguin, 2016.

[25] T. Peters,
‘Imago Dei, DNA, and the Transhuman Way.’ Theology
and Science,
16:360, 2018.

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