AldersonS. W.“Electrical energy sources for externally powered prosthetic and orthopaedic devices, in application of external power in prosthetics and orthotics”. N.AS-NRC Publication874, p. 71, 1961.
2.
AllenJ. R.“The Rancho Electric Arm”. The Third Annual Rocky Mountain Bio-engineering Symposium, May 1967, p. 79.
3.
AnanyerMikhail. Permanent Substitutes U.S.S.R., p. 42, Jan. 1961.
4.
AndersonM. H.Upper Extremity OrthoticsCharles C. Thomas, Springfield, Ill. p. 35, 1965.
5.
AntonelliD. J.“Circuit for a One-degree Freedom Myo-electric Control”Research Engineering, Vol. 6, No. 6, p. 35, Dec. 1967.
6.
BarrN.“Peripheral Nerve Lesions of the Upper Limb and Lively Splints”, PhysiotherapyVol. 57, No. 11, p. 533, Nov. 1971.
7.
Baylor University. “Bio-physiological and Orthotic Project to Develop and Evaluate the Practicability of an Integrated Powered Upper Extremity Orthosis for Severely-paralysed Patients using Standard Components”, Nov. 1962.
8.
BeardJ.“Clinical Evaluation of Orthotic Systems presently used by Patients”, Ampersand Report, HVH. p. 12, 1968.
9.
BennettR. L.StevensH. R.“Orthotics” Part 1, “Prescription”, Part II. “Patient Training”. Physical Therapy Review3611, p. 721, 1956.
10.
DorcasD. S.“Myo-electric Control Systems”Research Project66–1. University of New Brunswick Bioengineering Inst. 1966.
11.
EbnerJ. D.Orthotic Application, Fabrication and Construction for the Leprosy Patient. U.S. Public Health Service Hospital, Carville, Louisianna.
12.
GaleR. L.“Myo-electric Control of Flexor Hinge Hand Orthosis”. Kensington, p. 20, Perth, 1971.
13.
GoodmanC. R.The Use of Prenylr RIC Splint in the Early Rehabilitation of the Upper Extremity”. American Jnrl. of O.T.Vol. XXIV. No. 2, March, 1970.
14.
HirschC.“Bio-electrical Control in a Servo-System”ACTA. Orthop. Scandinavia, p. 35. 1964.
15.
KnoxC. C.“Results of a Survey of the Use of a Wrist-driven Splint for Prehension”. American Jnrl. of O.T.Vol. XXV, No. 2. p. 109, March, 1971.
16.
KobrinskiA. E.“Problems of Bio-electric Control”. Proceedings First International Congress of the Int. Fed. of Automatic Control, Vol. II, p. 619, Moscow, 1960.
17.
LehneisH. R.“Application of External Power in Orthotics”. Journal of Orthotics and Prosthetics, Vol. 22, 3. p. 34, Sept. 1968.
18.
LongCharlesMasciarelliV.“An Electrophysiological Splint for the Hand”, Arch. of Phys. Med. and Rehab. Sept 1963.
19.
McCluerS.ConroyJ. E.“Modifications of the Wrist-driven Flexor Hinge Splint”. Arch. of Phys. Med. and Rehab. p. 233, May, 1971.
20.
McPheeM.KochR.“Placement Device for Surface Electrodes on the Hand”. Arch. of Phys. Med. and Rehab. p. 307, May, 1970.
21.
MooneyV.SnalsonR.“Fabrication and Application of Transparent Poly-carbonate Sockets”. Journal of Orthotics and Prosthetics. Vol. 26, 1. p. 1, March, 1972.
22.
National Academy of Sciences. The Control of External Power in Upper Extremity Rehabilitation. NRC, Washington, DC Pub. 1352. 1966.
23.
NickelV. L.WaringD.“Future Developments in Externally-powered Orthotics and Prosthetic Devices”. Journal of Bone and Joint Surgery (British)47B p. 469, 1965.
24.
PattersonR. P.“A Proportionally Controlled Externally-powered Hand Splint”. Arch. of Phys. Med. and Rehab. p. 434. Sept. 1971.
25.
PrentkeE. M.“A Chin Switch for Control of Orthoses”. Arch. of Phys. Med. and Rehab. p. 436, July, 1970.
26.
PrentkeE. M.“Method of Control of Electric Wheelchair for Paralysed Patients and a Myo-electric Control for Upper Extremity Orthoses”. Journal of Orthotics and Prosthetics. Vol. 25, 2. p. 7. June, 1971.
27.
PrentkeE. M.BeardJ. E.“A Surface Electrode Design for Myo-electric Control”. Journal of Orthotics and Prosthetics. Vol. 23.2, p. 63, June, 1969.
28.
Proceedings of the Myo-electric Control Systems and EMG Kinesiology Symposium, HVH, June, 1956.
RuskH. A.“Principles of Orthotics and Prosthetics”. Rehabilitation Medicine, Ed. 3- St. LouisC.V. Mosby1971, p. 199.
31.
ScottR. N.Myo-electric Control Systems Progress Report No. 5. University of New Brunswick, Bio-Engineering Institute, Canada, p. 8, Dec. 1965.
32.
SpiekerJ. L.LethcoeB. J.“Upper Extremity Functional Bracing”, A Follow-up study. American Journal of O.T.Vol. XXV. No. 8. p. 398. Nov.–Dec. 1971.
33.
VodovnickL.“A Single Channel Myo-electric Stimulator”. Report No. EDC 4-64-9. Engineering Design Centre, Case Institute of Technology, Cleveland, U.S.A.
34.
WaringW.Investigation of Myo-electric Control of Functional Braces. Rancho Los Amigos Hospital, Downey, California, 1968.
35.
WaringW.“Use of Myo-electric Control of Quadriplegics” 20th Annual Conference on Engineering in Medicine and Biology. Nov. 1967.
36.
WitraR. W.“Engineering Principles in the Control of External Power by Myo-electric Signals”. Arch. of Phys. Med. and Rehab. p. 294, May, 1968.
YerzaE. J.“The Challenge to the Occupational Therapist in Splinting the Severely-paralysed Hands”Through Youth to Age. W.F.O.T. 4th Congress, p. 1571966 Excerpta Medica publ.
39.
ZeboT.“Myo-electric Control of the Rancho Electric Arm”. p. 22Ampersand Report, 1961, Ohio.
40.
ZimmermanM. E.“Activities of Daily Living”. Occupational Therapy. Willard & Spackman, p. 237, 1971, J. B. Lippincott, Co., U.S.A.