BeerG.; NegariJ.; and SamueloffS.: Feline Pulp Photopleth- ysmography During Stimulation of Vasomotor Nerves Supply, Arch Oral Biol19:81, 1974.
2.
ChengT.C.; and ProvenzaD.V.: Histologic Observation on the Morphology of the Blood Vessels of Canine and Human Tooth Pulp, J Dent Res38: 552–557, 1959.
3.
EdwallL.; and KindlovaM.: The Effect of the Sympathetic Nerve Stimulation on the Rate of Disappearance of Tracers from Various Oral Tissues, Acta Odontol Scand29: 397–400, 1971.
4.
FanF.-C; SchuesslerG.B.; ChenR.Y.Z.; and ChienS.: Determination of Blood Flow and Shunting of 9 and 15 Spheres in Regional Beds, Am J Physiol237:H25–H33, 1979.
5.
IntagliettaM.; and TompkinsW.: Microvascular Measurements by Video Shearing and Splitting, Microvasc Res5: 309–312, 1973.
6.
KimS.; LipowskyH.H.; UsamiS.; and ChienS.: Arteriovenous Distribution of Hemodynamic Parameters in the Rat Dental Pulp, Mi-crovasc Res27: 28–38, 1984.
7.
KimS.; SchuesslerG.; and ChienS.: Measurement of Blood Flow in the Dental Pulp of Dogs with the 133Xenon Washout Method, Arch Oral Biol28: 501–505, 1983.
8.
KimS.; UsamiS.; LipowskyH.; and ChienS.: Effects of Norepinephrine and Isoproterenol on Microcirculation of the Rat Dental Pulp, Microvasc Res20:115, 1980.
9.
KramerI.R.H.: The Vascular Architecture of the Human Dental Pulp, Arch Oral Biol2: 177–189, 1960.
10.
LiebmanF.M.; and ConsenzaF.: Study of Blood Flow in the Dental Pulp by an Electrical Impedance Technique, Phys Med Biol7:167, 1962.
11.
MeyerM.W.: Distribution of Cardiac Output to the Oral Tissues in Dogs, J Dent Res49:787, 1970.
12.
MeyerM.W.: Methodologies for Studying Pulpal Hemodynamics, J Endodont6: 466–472, 1980.
13.
MeyerM.W.; AndersonS.; and WickR.: An Isothermal Method to Assess Local Blood Flow, IADR Progr & Abst58:No. 128, 1979.
14.
MeyerM.W.; and PathM.G.: Blood Flow in the Dental Pulp of Dogs Determined by Hydrogen Polarography and Radioactive Microsphere Methods, Arch Oral Biol24:601–605, 1979.
15.
PathM.G.; and MeyerM.W.: Quantification of Pulpal Blood Flow in Developing Teeth of Dogs, J Dent Res50: 1245–1254, 1977.
16.
PathM.G.; and MeyerM.W.: Heterogeneity of Blood Flow in the Canine Tooth of the Dog, Arch Oral Biol25: 83–86, 1980.
17.
PohtoM.; and ScheininA.: Microscopic Observation on Living Dental Pulp. I. Method for Intravital Study of Circulation in Rat Incisor Pulp, Acta Odontol Scand16: 303–314, 1958.
18.
ProvenzaD.V.: Comparative Morphology of the Pulp Vascular System. In: Biology of the Dental Pulp Organ: A Symposium, FinnS.B., Ed., Birmingham: University of Alabama Press, 1968, pp. 353–360.
19.
ShoherI.; MahlerY.; and SamueloffS.: Dental Pulp Pho-toplethysmography in Human Beings, Oral Surg36:914, 1973.
20.
TakahashiK.; KishiY.; and KimS.: A Scanning Electron Microscope Study of the Blood Vessels of Dog Pulp Using Corrosion Resin Casts, J Endodont8: 131–135, 1982.
21.
TompkinsW.R.; MontiR.; and IntagliettaM.: Velocity Measurements of Self-Tracking Correlator, Rev Sci Inst45: 647–649, 1974.
22.
TØnderK.H.: Effect of Vasodilating Drugs on External Carotid and Pulpal Blood Flow in Dogs: “Stealing” of Dental Perfusion Pressure, Acta Physiol Scand97: 75–87, 1976.
23.
TØnderK.H.; and AuklandK.: Blood Flow in the Dental Pulp in Dogs Measured by Local H2 Gas Desaturation Techniques, Arch Oral Biol20: 73–79, 1975.
24.
TØnderK.H.; and NaessG.: Nervous Control of Blood Flow in the Dental Pulps of Dogs, Acta Physiol Scand104: 13–23, 1978.
25.
WaylandH.; and JohnsonP.: Erythrocyte Velocity Measurement in Microvessels by a Two Split Photometric Method, J Appl Physiol22: 333–337, 1967.