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teacher, UP chapter of ASI; Eminent Surgical Teacher Award, UP ASI; and
Best Poster prize at 10th VAICON. His name appears in Asia's Who's Who
reference book, Marquis Who’s Who in the World, Five Hundred Leaders of
Inuence, International Directory of Distinguished Leadership, Man of the
Year, American Biographical Institute, International Cultural Diploma of
Honor by American Biographical Institute 2000, millennium Medal of Honor
by American Biographical Institute, Member of ABIs’ Research Board of
Advisors, Twentieth Century Admirable Achievers (Distinguished Who’
Who), Member of the American Association for the Advancement of Science
2002, Marquis Who’s Who in Medicine and Healthcare 2002, Indo-Asian
Who’s Who, Asian/American Who’s Who, and International Professional of
the Year—2005 by International Biographical Centre, Cambridge, England.
He is Fellow of United Writers Association, Fellow of Indian National
Science Academy, Fellow of American College of Surgeons, Fellow of
International College of Surgeons, Fellow of Association of Colorectal
Society of India, Fellow of Royal Society of Tropical Medicine, Fellow of
Association of Surgeons of India, Fellow of Union for International Cancer
Control, and Fellow of Minimal Access Surgeons of India. Prof. Khanna has
delivered more than 100 CME lectures and more than 100 Guest lectures in
various national and international conferences in India, USA, Japan, Poland,
Egypt, etc. He has more than 350 publications in various national and international journals and 50 chapters in various books to his credit. He is the
editor of three books: Current Seminars in Surgery, Manual of Vascular
Surgery, and Ulcers of the Lower Extremity. He has attended more than 200
national and international conferences and presented more than 250 presentations. He has guided more than 50 theses for MS course. He is an examiner
for MBBS, MS, BDS, DNB, and FNB in minimal access surgery. He is a
fellow/member of 33 societies. He is a widely traveled person and has worked
in various well-reputed institutes in almost all the major countries of the
world. He is a devoted teacher and very active academician and is well praised
by all his students. He started the vascular surgery in the department of
Surgery at BHU.He is the joint editor of the Indian Journal of Surgery. He
has organized more than 25 conferences and workshops. He was the chief
inspector for Quality Assurance Review of the Department of Clinical
Surgical Sciences, the University of the West Indies, St. Augustine Campus,
Trinidad and Tobago, and is in the Expert Selection Committee of UPSC,
Uttar Pradesh; BPKIMS, Dharan, Nepal; Aligarh Muslim University, Aligarh;
KGMU, Lucknow; Public Service Commission, J & K; MCI Inspector; DNB
Inspector; IGIMS, Patna; PGI, Chandigarh; and Indian Institute of Information
Technology, Allahabad.
About the Editors

About the Editors
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RavulJindal MS, DNB, FRCS, FAMS,
FIVS is presently director of vascular and
endovascular surgery, Fortis Hospital,
Mohali. He is working in the eld of sur-
gery for the past 21 years and is with
Fortis for 12years. His areas of expertise
include peripheral arterial and venous
interventions. Dr. Ravul Jindal completed
his MBBS from Mahatma Gandhi Institute
of Medical Sciences, Sewagram, and MS
in General Surgery from PGIMER,
Chandigarh. He was awarded a Diplomate
of the National Board in General Surgery,
New Delhi. After completing his senior
residency at PGIMER, Chandigarh, he went on to do his Fellowship in
Vascular Surgery at St Mary’s Hospital, London, UK.He also completed his
FRCS from the Royal College of Surgeons of Edinburgh. St Mary’s hospital
is world renowned for vascular surgery and is afliated to Imperial College.
Penicillin was discovered by Alexander Fleming in this hospital. Dr. Jindal is
actively involved in the national vascular bodies and is a life member of the
Vascular Society of India and President of the Venous Association of India
(www.venous.in). He is also an executive member of the International
Compression Club (ICC) and council member of L’Union Internationale de
Phlebologie (UIP). He has vast experience in open and endovascular surgeries, with expertise in endovascular management of aortic aneurysms, revascularization in diabetic foot, and varicose veins. His special interests are the
laser treatment of varicose veins where patients are treated as day care without any surgical incisions. He popularized the treatment of diabetic foot,
endovascular treatment of aortic aneurysms, and laser ablation of varicose
veins in this part of the world. He also introduced the MOCA Technique
(mechanico-chemical ablation of varicose veins) and Glue Closure Technique
to treat varicose vein for the rst time in the country, which are nonthermal
ways of managing varicose veins. Dr. Jindal is involved in research, presentation of papers at national and international meetings, and has a number of
publications to his credit. He has written more than 10 book chapters as the
rst author in international books in the eld of vascular surgery and is credited with more than 30 publications in various international journals.

Contributors
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Harinder Singh Bedi Cardiovascular Sciences of Ludhiana Mediways
Hospital, Ludhiana, Punjab, India
YudhishtarSinghBedi USC, Los Angeles, CA, USA
R� Bootun Section of Vascular Surgery, Charing Cross Hospital, Imperial
College London, London, UK
Piyush Chaudhary Vascular and Endovascular Surgery, Fortis Hospital,
Mohali, India
A� H�Davies Section of Vascular Surgery, Charing Cross Hospital, Imperial
College London, London, UK
DevendraDekiwadia Dekiwadia Hospital, Rajkot, Gujarat, India
ClaudeGillot URDIA Anatomy Research Unit EA 4465, Paris Descartes
University, Paris, France
MadhuriGore Consultant Surgeon, Former Professor and Chief of Surgery,
LTMG Hospital, Mumbai, India
Tarun Grover Division of Vascular and Endovascular Surgery, Medanta
Medicity Hospital, Gurugram, Haryana, India
Arjun Jayaraj RANE Center for Venous and Lymphatic Diseases at St.
Dominic Hospital, Jackson, MS, USA
RavulJindal Vascular and Endovascular Surgery, Fortis Hospital, Mohali,
India
Ajay K� Khanna Department of General Surgery, Institute of Medical
Sciences, Banaras Hindu University, Varanasi, India
SoumyaKhanna Institute of Medical Sciences, Banaras Hindu University,
Varanasi, India
ArvindKohli Department of CTVS, GMC, Jammu, India
T� R� A�Lane Section of Vascular Surgery, Charing Cross Hospital, Imperial
College London, London, UK
GiovanniMosti Angiology Department, MD Barbantini Clinic, Lucca, Italy
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WaldemerLechOlszewski Central Clinical Hospital, Ministry of Internal
Affairs, Warsaw, Poland
Shoaib F�Padaria Department of Vascular Sciences, Jaslok Hospital and
Research Centre, Mumbai, India
BirjuPatel Dekiwadia Hospital, Rajkot, Gujarat, India
ShivanesanPitchai Sree Chitra Tirunal Institute for Medical Sciences and
Technology, Trivandrum, India
SeshadriRaju The Rane Center, Jackson, MS, USA
AjaySavlania Postgraduate Institute of Medical Education and Research,
Trivandrum, India
GurjitSingh Division of CTVS, JK Medicity Hospital, Jammu, India
Karan Thakore Department of Surgery, Karamsad Medical College,
Baroda, Gujarat, India
VijayThakore Angiocare VINS Hospital, Baroda, Gujarat, India
Jean-François Uhl URDIA Anatomy Research Unit EA 4465, Paris
Descartes University, Paris, France
DilipVaghasia Dekiwadia Hospital, Rajkot, Gujarat, India
Contributors
ManbendraVaidya Institute of Medical Sciences, Banaras Hindu University,
Varanasi, India
HiralVarnami Angiocare VINS Hospital, Baroda, Gujarat, India
Fernando Vega Rasgado Instituto Mexicano de Flebología, Academia
Mexicana de Flebología y Linfología, Clínica de Várices y Ulceras de México,
Mexico City, Mexico
MarkS�Whiteley The Whiteley Clinic, London, UK
The Whiteley Clinic, Guildford, UK
The Whiteley Clinic, Bristol, UK
MarzannaTeresaZaleska Department of Applied Physiology, Mossakowski
Medical Research Center, Polish Academy of Sciences, Warsaw, Poland

Anatomy oftheVenous System
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oftheLower Limbs
Jean-FrançoisUhl andClaudeGillot
1
Abbreviations
AAGSV Anterior accessory of the GSV
CVD Chronic venous disease
GSV Great saphenous vein
LNVN Lymph node venous networks of the
groin
SSV Small saphenous vein
1.1 Introduction
The embryogenesis of the venous network of the
lower limbs explains the main variations of the
venous network supercial veins, perforating
veins, and deep venous system. It is likely that
the number of the so-called primitive chronic
venous disease could be explained by unknown
underlying anatomical abnormalities [1].
The muscular veins play an important role,
due to the effect of the muscular pumps by their
activation of the deep venous return and the aspiration of the supercial system via the perforator
veins. They always act at the same level. This
explains the anatomical xity of most of the perforators and the interest of their knowledge [2].
The color duplex is essential in any patient
with chronic venous disease (CVD) to provide
anatomical and hemodynamical data. Direct CT
venography is a useful complement to get more
detailed morphological information and a 3D
map of the whole venous network [3].
These new imaging techniques are a useful
complement to the classical descriptive anatomy. They improve our anatomical knowledge
of the veins, which is useful for radiologists,
angiologists, as well as vascular surgeons and
students. The nal aim is to better perform
venous mapping which is the keystone for any
treatment.
1.2 The New Terminology
oftheVeins
A new terminology of the venous system was
dened by a consensus conference of experts
during the UIP Congress of Rome [4] in order to
provide a common language between anatomists, radiologists, angiologists, and surgeons.
The international nomenclature is summarized
on the Fig.1.1 (veins) and Fig.1.2 (perforator
veins).
J.-F. Uhl (*) · C. Gillot
URDIA Anatomy Research Unit EA 4465,
ParisDescartes University, Paris, France
© Springer Nature Singapore Pte Ltd. 2018
A. K. Khanna, R. Jindal (eds.), Venous Disorders, https://doi.org/10.1007/978-981-13-1108-6_1
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J.-F. Uhl and C. Gillot
NOMENCLATURE OF THE VEINS OF THE LOWER LIMBS
International Interdisciplinary Consensus Committee (IUP. IFAA, FICAT)
SUPERFICAL VEINS
LONGITUDINAL OBLIQUE
INTERFASICAL (course within
the saphenous compartment)
1. Great Saphenous (GSV)
2. Small Saphenous (SSV)
3. Thigh extension of SSV
4. Anterior Accessory of GSV
(upper portion)
EPIFASCIAL (course in the
superfical hypodermis)
4. Anterior Accessory of GSV
5. Superfical Accessory of GSV
6. Posterior Accessory of GSV
7. Superfical Accessory of GSV
8. Lateral plexus
SAPHENOUS
COMPARTMENT
9. Anterior Thigh Circumflex V.
10. Posterior Thigh Circumflex V.
(Giacomin’s Anastomosis)
11. Leg intersaphenous W.
9
10
6
11
4
4
11
3
2
VALVES OF THE SAPHENO-FEMORAL
JUNCTION
SAPHENOUS
FASCIA
8
Fig. 1.1 International nomenclature of the veins of the lower limb (from A.Caggiati)

15.
17.
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1 Anatomy oftheVenous System oftheLower Limbs
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NOMENCLATURE of PERFORATING VEINS (PV) (main eponyms in brackets)
3
1. DORSAL FOOT PV
2. MEDIAL FOOT PV
3. LATERAL FOOT PV
4. PLANTAR FOOT PV
5. MEDIAL ANKLE PV
6. ANTERIOR ANKLE PV
7. LATERAL ANKLE PV
8. PARATIBLAL PV (SHERMAN, BOYD)
9. POSTERIOR TIBIAL PV (COCKETT)
10. ANTERIOR LEG PV
11. LATERAL LEG PV
12. MEDIAL GASTROCNEMIUS PV (GILLOT)
13. LATERAL GASTROCNEMIUS PV
14. INTERGEMELLAR PV (MAY)
PARA-ACHILLEAN PV (BASSI)
16. MEDIAL KNEE PV
SUPRAPATELLAR PV
18. LATERAL KNEE PV
19. INFRAPATELLAR PV
20. POPLITEAL FOSSA PV (DOOD, THIERI)
21. PV OF THE FEMORAL CANAL(DOOD)
22. INGUINAL PV
23. ANTERIOR THIGH PV
24. LATERAL THIGH PV
25. POSTERO-MEDIAL THIGH PV
26. SCIATIC PV
27. POSTERO-LATERAL PV (HACH)
28. PUDENDAL PV
29. SUPERIOR GLUTEAL PV
30. MID GLUTEAL PV
31. LOWER GLUTEAL PV
Main references:
Caggiati A, Bergan JJ, Gloviczki P, Jantet G, Wendell-Smith CP,
Partsch. Nomenclature of the veins of the lower limbs: an
international interdisciplinary consensus statement. J Vasc Surg.
2002;36(2):416–22.
Caggiati A, Bergan JJ, Gloviczki P, Eklof B, Allegra C, Partsch H.
Nomenclature of the veins of the lower limb: extensions,
refinements, and clinical application. J Vasc Surg.
2005;41(4):719–24.
Cavezzi A, Labropoulos N, Partsch H, Ricci S, Caggiati A, Myers K,
Nicolaides A, Smith PC. Duplex ultrasound investigation of the
veins in chronic venous disease of the lower limbs–UIPconsensus
document. Part II. Anatomy. Eur J Vasc Endovasc Surg.
2006;31(3):288–99.
25
20
26
12
14
15
23
31
1
30
17
22
21
25
16
19
10
9
8
6
2
23
27
24
18
13
11
7
3
Fig. 1.2 Nomenclature of the perforator veins (from A.Caggiati)

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J.-F. Uhl and C. Gillot
1.3 The Supercial Venous
System
1.3.1 The Three Venous
Compartments (Fig.
The subcutaneous tissues of the lower limbs are
organized with two connective fasciae along the
thigh and leg: supercially below the skin, formerly called “fascia supercialis,” and deeper,
the deep fascia layer or muscular fascia, also
called aponeurosis above the muscles.
These two fascia layers are continuous all
along the limb. They are closely related to the
saphenous veins: the supercial layer covers the
saphenous trunks, while the tributaries, also
called epifascial veins, are located subcutaneously. By denition between the two fascia layers, we have the saphenous compartment [5]
easily recognized by echography in transversal
slices, giving the sign of the “Egyptian eye” as
shown in Fig.1.4 [6, 7]. This was validated by a
consensus meeting organized before the UIP
congress of San Diego [8].
1.3)
1.3.2 The Short Saphenous Vein
(SSV)
Origin: The SSV is formed by two roots: the lateral perforators and the lateral malleolar plexus;
the origin of the vein is often a plexus; there is
commonly no lateral marginal vein (Fig. 1.5).
The sural nerve is stuck to the SSV from the
ankle to mid-calf.
The termination types of the SSV: The SSV
termination or arch ends into the popliteal vein.
The saphenous popliteal junction is frequently
located close to the lateral aspect of the tibial
nerve.
There are ve possible termination types for
the SSV [9] according to the presence (A and B)
or the absence (C, D, and E) of SPJ (Fig.1.6).
Important point: The SSV is located close to
the nerves at different levels which are high-
risk zones for the treatment of SSV, particularly
by thermal ablation. In clinical practice, the clinician needs to be aware of danger zones in
treatment of venous disease with SSV surgical
approach and endovenous procedures. This is
Fig. 1.3 The three compartments of the venous system of
the lower limb, separated by three layers: (1) the skin, (2)
the saphenous fascia, and (3) the muscular fascia. In the
deep plan, under the muscular fascia, is located the deep
venous system: deep trunks (c) and muscular veins (d)
inside the muscles (4). In the saphenous compartment
(saphenous eye), between the two fascia layers are located
the saphenous trunks (b). Under the skin is located the
tributaries (a) of the saphenous trunks

1 Anatomy oftheVenous System oftheLower Limbs
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5
MF
GSV
SF
Tr
MF
GSV
GSV
GSV
GSV
Tr
Tr
GSV
Fig. 1.4 The “Egyptian eye,” echographic view of the saphenous compartment. MF muscular fascia, SF saphenous
fascia, GVS great saphenous vein, Tr tributary of GVS
Fig. 1.5 The lateral perforators of the foot
and origin of the small saphenous vein (SS).
P
Dorsal supercial arch (DA), malleolar
plexus (MP), fth metatarsal bone (M5),
common trunk of the lateral foot perforator
P
veins (C), retrotendinous perforator vein
(Ror cunean Cu), intertendinous perforator
vein (I), inframalleolar perforator vein (S),
bular perforator (P)

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J.-F. Uhl and C. Gillot
Fig. 1.6 The ve different types of termination of the
short saphenous vein (SSV). With a saphenous popliteal
junction (SPJ): A (modal arch) and B (high SPJ more than
particularly true: [10] At the lower third of the
calf, the sural nerve is stuck to the SSV trunk.
– At the apex of the calf (formation of the sural
nerve by its two tibial and bular branches)
– In the popliteal fossa crossing the tibial nerve
and commonly the nerve of the medial gastrocnemius muscle (Fig.1.5)
The surgeons should be aware of these risky
zones to avoid nerve trauma during the treatment
of SSV.
The anatomical knowledge of the sural nerve
pedicle (Fig.1.7) is also useful to avoid the risk
of injection of the SSV artery. These anatomical
features explain the usefulness of ultrasonographic mapping prior to any treatment and as a
control during any invasive procedure of SSV.
5cm above the crease). Without SPJ: C (Giacomini continuation), D (short type), E (plexiform termination)
The thigh or deep extension of the SSV: Also
named postaxial or thigh or dorsal or cranial
extension of the SSV (companion vein of the
postaxial nerve of the embryo), it is located below
the muscular fascia, close to the femoral posterior cutaneous nerve (Fig.1.8).
It is connected to the deep muscular veins of
the thigh (semimembranosus and biceps).
It commonly extends with the Giacomini vein
(inter saphenous anastomosis) to join the GSV
below the groin.
1.3.3 The Great Saphenous Vein
(GSV) [11]
Identication: The identication of the GSV is
made by color duplex: it is easily located inside
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