Abstract
The Islamic Golden Age (8th–16th centuries) was a significant time for surgical research because it brought together technological precision, moral obligation, and empirical observation. More than 200 procedures and tools, including cataract extraction, cauterisation, and lithotomy, were described in the 30-volume surgical text
Al-Zahrawi’s Al-Tasrif (c. 1000 CE), which was translated into Latin in the 12th century [1,3]. Despite influencing European surgical education for centuries, Islamic contributions remain underrepresented in modern
surgical historiography [2,5].
Methodology: This multidisciplinary study combined historical textual analysis, archaeological artifact
evaluation, and digital thematic mapping using NVivo 14 [2,3,6]. Primary sources included Al-Tasrif, Canon of Medicine, Kitab al-Hawi, and Book of Optics [1,2,3,4,6,10,17]. Artifacts, such as Abbasid-era surgical tools
and glassware, were examined for design continuity with textual descriptions [5,13–16,18–22]. Inclusion criteria prioritised authenticated sources; non-scholarly interpretations were excluded.
Results: Thematic analysis revealed a technical emphasis on specialised tools for fracture management, wound
care, and pharmacological standardisation [1,3,4,6]. Al-Razi’s protocols for boiling instruments and myrrhbased antisepsis [2,4,9] prefigure modern sterilisation. Ibn Sina’s opium-mandrake sedation formulas [4,6] align with biopsychosocial anaesthesia ethics [4,10]. Textual and archaeological parallels indicate technological
continuity, though material evidence remains partial [5,13-22]. Empirical optics guided ophthalmic instrument design [17]. Ethical frameworks, including rida (informed consent) and holistic care in bimaristans, anticipated
modern medical ethics and patient-centred care models [2,5,10]. Conclusion: Islamic surgical traditions combined technical innovation with ethical integrity, providing a foundation for surgical ethics, AI integration,
and global health equity [7,11]. Recommendations include integrating classical texts into medical curricula and
investigating Unani antimicrobial agents for surgical use [9,10,12].
Introduction
During the Islamic Golden Age (8th-16th centuries)
surgical knowledge advanced due to a mix of anatomical
correctness, empirical observation, and a strongly engrained ethical framework. Al-Tasrif, a 30 volume
encyclopedia authored by the Andalusian physician
surgeon Al-Zahrawi in 1000 CE, is critical to this legacy
[1]. Al-Tasrif, which was translated into Latin in the 12th
century, became a fundamental part of surgical education in Europe for centuries. It codified more than 200
surgical methods and instruments, including cataract
extraction, cauterization, and lithotomy [1,3]. A wider
Islamic paradigm that combined scientific precision with
ethical responsibility in medical practice is further
demonstrated by the contributions made to antisepsis,
pharmacology, and basic anesthesia by academics such
as Al-Razi and Ibn Sina [2,4].
Despite their impact, contributions of Islamic surgery are
routinely disregarded in popular surgical historiography
[2, 5]. The underrepresentation of Islamic contributions
restricts our current understanding of surgical ethics,
holistic care, and interdisciplinary practice in medical
advances, in addition to being an academic oversight
This essay seeks to correct that imbalance by delving into
the technical and ethical basis of Islamic surgery. It
specifically analyzes source texts such as Al-Tasrif
Canon of Medicine, and Kitab al-Hawi using qualitative
thematic analysis, reinforced by archaeological objects
(e.g., Abbasid-era surgical tools) and modern bioethical
discourse [1,2,3,4,5,13,14,18-22]. The study employs
both traditional content and digital approaches (NVivo 14
autocoding), recognizing that such technologies
complement, rather than replace, critical textual and
historical interpretation. This combination approach
enables the formation of patterns in clinical instruments,
antiseptic regimen, pharmaceutical accuracy, and
biopsychosocial ethics.
The discussion will focus on four key domains: (1)
instrumentation and operative methods, (2) antisepsis and
anaesthesia, (3) ethical principles such as rida (informed
consent), and (4) the historical contributions’ relevance to
today’s debates on robotic surgery, AI-driven healthcare,
and global surgical equity [7,11]. By drawing a
connection from medieval surgical manuscripts to
modern technical ethics, the essay demonstrates how
Islamic medical traditions can enrich—rather than simply
precede—modern surgical practice.
Methodology
This study applies a multidisciplinary qualitative
methodology to examine the technical and ethical
contributions of Islamic surgical practice. It synthesises
historical textual analysis, archaeological artifact
evaluation (prioritising artifacts featured in the
accompanying poster presentation), and digital thematic
mapping using NVivo 14 [2,3,6]. The purpose is to
determine how Medieval Islamic surgical books and
practices influenced the formation of global surgical standards, particularly in instrumentation, asepsis
anaesthesia, and medical ethics.
Primary Sources
Four foundational medical texts were selected:
- Al-Zahrawi’s Kitab al-Tasrif (c.1000 CE) – for
operative procedures, tools, and surgical
classifications [1,3]; - Ibn Sina’s Canon of Medicine (especially Books I &
V) – for its pharmacological formulas, sedation
practices, and ethical reasoning [4,6]; - Al-Razi’s Kitab al-Hawi and Kitab Tibb al-Ruhani
for early antiseptic measures and biopsychosocial
models of care [2,10]; - Ibn al-Haytham’s Book of Optics – for its empirical
optical principles relevant to ophthalmic surgical
instrument design [17].
These texts were processed through NVivo 14’s
autocoding function, which extracted dominant themes
using word frequency and semantic clustering algorithms
[2,3,6,17]. No manual coding was used to preserve
analytical neutrality and allow emergent, rather than
imposed, themes. Thematic treemaps revealed:
- Al-Tasrif: frequent emphasis on “surgery,”
“instrument,” “fracture,” and “wound” [1,3]; - Canon of Medicine: dominant terms included
“organs,” “cause,” “bone,” “suture,” and “medicine”
[4,6]; - Optics by Ibn al-Haytham: recurring terms such as
“light,” “refraction,” “form,” and “eye,” reflecting
the empirical geometry underpinning medieval
ophthalmology and the design of vision-related
surgical instruments [17].
Archaeological Parallels: In addition to textual analysis, a
targeted search for visual and material artifacts was
undertaken. Priority was given to museum-grade items
authenticated archaeological finds, and illustrative
reconstructions featured in the accompanying poster
presentation. Recognising limitations in provenance for
certain items, these materials were included to support
visual comparison with surgical instruments and
therapeutic tools described in primary Islamic medical
texts [13,14,15,16,18–22].
Inclusion and Exclusion Criteria: Included: Digitised,
thematically analyzable classical Islamic texts (8th-16th)
c.); peer-reviewed secondary literature; validated
museum-grade artifacts, prioritising those featured in the
poster presentation; WHO and global health ethics
sources [7,11,12]. Excluded: Non-scholarly or
pseudohistorical interpretations; undigitized manuscripts
not suitable for digital analysis; texts outside Islamic
medical traditions unless directly comparative.
Results
A. Instrumentation Innovation
Al-Tasrif catalogued over 200 surgical tools, including
ratcheted forceps (proto-hemostats) and catgut sutures
(absorbable ligatures) [3,5]. Thematic analysis using
NVivo 14 revealed high-frequency clusters around
“surgery,” “instrument,” “fracture,” and “wound” [1,3].
Archaeological parallels support, though do not
definitively prove, the operational use of these
instruments. Abbasid-era surgical tools displayed in
curated exhibitions demonstrate strong design similarity
to instruments illustrated in Al-Tasrif, including scalpels,
tooth removers, tongue depressors, and alembics for
medical distillation [13,14,18–22]. Comparative analysis
of surgical instruments recovered from Andalusian sites
suggests technological continuity between textual
descriptions and surviving material culture [5].
B. Antisepsis and Aseptic Protocols
Al-Razi’s Kitab al-Hawi prescribed boiling instruments
(proto-autoclaving) and wound irrigation with 4-8%
acetic acid (vinegar) and Commiphoramyrrha (myrrh),
whose sesquiterpene terpenoids demonstrated
bactericidal activity (MIC: 0.5 mg/mL) [2,4,9]. Al
Zahrawi similarly detailed the use of sterilised cloth and
herbal sponges during surgical procedures [1,3]. While
no antiseptic-specific artifacts have been recovered,
surgical tools consistent with these descriptions and
modern pharmacological studies on al-murr’s
antimicrobial properties provide supporting evidence
[9,13,18–20].
C. Anaesthesia and Pharmalogical Control
Ibn Sina’s Canon standardised preoperative sedation
using opium (Papaver somniferum latex) and mandrake
(Mandragora officinarum root) tinctures in a 1:3 ratio,
titrated to patient weight (50–70 kg) [4]. NVivo
clustering around “organs,” “cause,” “bone,” “sutur
and “medicine” reflects the integration of pharmacology
and surgery [4,6]. Abbasid-era ceramic jars consistent
with medicinal opium storage provide partial material
corroboration [4,5]. These protocols align conceptually
with modern pharmacology, including informed sedation
based on mental and spiritual readiness [4,9,10].
D. Visual Science and Surgical Instrument Design
NVivo analysis of Ibn al-Haytham’s Optics revealed
themes of “light,” “refraction,” “form,” and “eye” [17].
These align with historical evidence that optical science
informed ophthalmic surgical tool design during the
Islamic Golden Age. Though no surviving optical
instruments have been conclusively identified, textual
and conceptual evidence support applied optics in
surgical innovation [17].
E.Patient Autonomy and Informed Consent
Al-Razi’sKitabTibb al-Ruhaniemphasised psychological
readiness and voluntary agreement (rida) [2,10]. NVivo
analysis revealed no consent-specific clusters, reflecting
the conceptual rather than terminological nature of this
principle. These historical articulations of patient
autonomy prefigure modern informed consent
frameworks [7,11]. Ibn Sina also advocated for ethical
agency in clinical decision-making [4,10].
F.Holistic Care in Bimaristans
Bimaristansinstitutionalised integrated surgical,
psychiatric, and spiritual care [2,5,10]. NVivo findings
revealed no direct bimaristan references, consistent with
their institution-level rather than procedural focus.
Archaeological finds of glass vessels, alembics, and
cupping tools demonstrate design continuity with
humoral therapy practices, though clinical application
within bimaristans remains inferred [13,15,16,18-22]
G. Modern Ethical Relevance
Historical principles of personalised care, informed
consent, and holistic healing remain relevant to modern
medical debates. WHO guidelines on culturally
responsive consent, health equity, and AI-assisted
surgery echo priorities articulated in classical Islamic
medical ethics [7,8,11].
Discussion
A. Legacy in Robotic and AI Surgery
Islamic surgical precision and systematisation resonate
with modern robotic surgery [1,3,5]. Yet, ethical gaps
remain as automation risks depersonalising care [7,11].
WHO guidelines emphasise culturally responsive
consent, echoing Islamic ethical precedents [7]. Ibn
Sina’s tailored pharmacology prefigures ethically
calibrated AI-driven care [4,6].
B. Recommendations for Integration
Incorporate Islamic texts into medical ethics curricula
[2,10]; investigate myrrh’s antimicrobial properties for
surgical materials [9,10]; apply Islamic egalitarian care
models to global health equity initiatives [11,12].
Islamic surgical traditions demonstrate technical
foresight and ethical robustness [1,2,4,5,6]. Al-Tasrif
KitabTibb al-Ruhaniemphasised precision, antisepsis,
and informed consent centuries before modern
codification [1,2,4,10]. Despite marginalisation in
historiography, their legacy informs global surgical ethics
and AI integration [7,11]. Rediscovery and curricular
integration can harmonise technological excellence with
moral accountability [2,10,11,12].
References
1.Spink MS, Lewis GL. Albucasis on Surgery and
Instruments: A Definitive Edition of the Arabic Text with
English Translation and Commentary. London:
Wellcome Institute of the History of Medicine; 1973.
2. Pormann PE, Savage-Smith E. Medieval Islamic
Medicine. Edinburgh: Edinburgh University Press; 2007.
3.Islamic Medical Manuscripts – National Library of
Medicine. Al-Tasrif Surgical Instruments [Internet].
Bethesda: U.S. National Library of Medicine; [cited 2025
Jun 21]. Available from:
https://www.nlm.nih.gov/hmd/arabic/
4.Gruner OC, editor. A Treatise on the Canon of
Medicine of Avicenna. London: Luzac& Co.; 1930.
5.Pérez JA, Salvatierra J. Archaeological f
surgical instruments in Andalusian Islamic hospitals. Ann
Med Hist. 2015;67(2):145–60.
6.Gutas D. Avicenna and the Aristotelian Tradition:
Introduction to Reading Avicenna’s Philosophical
Works. 2nd ed. Leiden: Brill; 2001.
7.Gutas D. Avicenna and the Aristotelian Tradition:
Introduction to Reading Avicenna’s Philosophical
Works. 2nd ed. Leiden: Brill; 2001.
8.World Health Organization. Ethics and Governance
of Robotic Surgery: WHO Guidelines 2023. Geneva:
WHO Press; 2023.
9.Bienenstock A, Hurst SA, Tan SY. Global Bioethics
in Practice: Cases, Concepts and Dialogue. New York:
Routledge; 2019.
10. Ali BH, Blunden G, Tanira MO, Nemma
phytochemical, pharmacological and toxicological
properties of Commiphora species: A review. Phytother
Res. 2001;15(8):463–9.
11.Haddad G. The Bioethics of Islamic Medicine.
Amman: International Institute of Islamic Thought; 2005.
12. Ventres W, Fort MP. Health equity, cultural
humility, and global surgery. Glob Public Health.
2020;15(4):499–509.
13.Khan IA, Abourashed EA. Leung’s Encyclopedia of
Common Natural Ingredients: Used in Food, Drugs, and
Cosmetics. 3rd ed. Hoboken: Wiley; 2010.
13. Sutori. Illustration of 10th
Instruments [Internet]. [cited 2025 Jun 24]. Available
from: https://www.sutori.com/en/story/surgery
ancient-middle-east–KXzeYNmpJs8noKmLF3cKq8P7
14. Qasim Al-Zahrawi. Abbasid
Display [Internet]. [cited 2025 Jun 24]. Available from:
https://qasimalzahrawi.weebly.com/kitab
15. Qasim Al-Zahrawi. Abbasid
Display [Internet]. [cited 2025 Jun 24]. Available from:
https://qasimalzahrawi.weebly.com/kitab
16. Ancient Islamic Glass Alembic for Medical
Cupping [Internet]. Invaluable; 2019 Jun 6 [cited 2025
Jun 25]. Available from:
https://www.invaluable.com/
glass-alembic-for-medical-cupping
17.Venezia B. Searching for the Original Use of a
Mysterious Glass Vessel [Perspectives]. New York (NY):
The Metropolitan Museum of Art; 2016 Aug 24
2025 Jun 25].
from:https://www.metmuseum.org/perspectives/alembics
en.wikipedia.org+7
18.Sabra AI. The optics of Ibn al
III, on direct vision. London: The Warburg Institute;
1989.
19. Museum with No Frontiers. Implement to remove
teeth [Internet]. [cited 2025 Jun 24]. Available from:
https://islamicart.museumwnf.org/database_item.php?id=
object;ISL;eg;Mus01;48;en
20. Museum with No Frontiers. Tongue depressor
[Internet]. [cited 2025 Jun 24]. Available from:
https://islamicart.museumwnf.org/database_it
object;ISL;eg;Mus01;46;en
21. Museum with No Frontiers. Surgical scalpel
[Internet]. [cited 2025 Jun 24]. Available from:https://islamicart.museumwnf.org/database_item.php?id=object;ISL;eg;Mus01;47;en
22. Islamic Spain TV. Jabir ibn Hayyan’s dis
apparatus [Internet]. [cited 2025 Jun 24]. Available from:
https://www.islamicspain.tv/the
islamic-spain/25-subjects-of-
culture/chemistry/
23. Pinterest. Medieval Distillation Apparat
Granja [Internet]. [cited 2025 Jun 24]. Available from:
