CHAPTER 4
lATERIALS
CONTENTS
Page
Chapter 4.1 Animals 57
Chapter 4.2 Test Drugs
1. Kushta Tila Kalan (KTK) 58
2. Swanta Bhasma (SB) 58
3. Auranofin (AN) 59
Chapter 4.3 Other Drugs 60
Chapter 4.4 Chemicals and Reagents 62
Chapter 4.5 Equipment
1. Traction Test 64
2. Photoactometer 64
3. Tail Clip 64
4. Eddy’s Hot Plate 65
5. Analgesiometer 65
6. Pododolorimeter/Aggressometer 65
7. Electroconvulsiometer 66
8. Cook’s Pole Climbing Response Apparatus 66
9. Rota Rod Apparatus 66
10.Passive Avoidance Response Apparatus 67
11.Videopath Analyzer 67
12-Anxiometer 69
13.Elevated Plus Maze 71
14.Behavioural Despair Apparatus 72
15.Jumping Box 72
16.CataIepsy Blocks 72
17.Activity Wheel 73
IS.Brain Block Holder 73
19.Spectrophotometer 73
20.Hlgh Performance Liquid Chromatography 75
(HPLC) Apparatus
21.Miscellaneous Apparatus 75
56
Chapter 4.1
ANIMALS
The investigations were carried on adult animals of either sex: Wistar strain Albino rats
(100-200 g) and Swiss Albino mice (20-30 g). The animals were kept in a group of 8-10
housed in polypropylene cages kept in air-conditioned rooms (25-28°C) and maintained
on standard pellet diet (Amrut Laboratory rat and mice feed, Navmaharashtra Chakan Oil
Mills Ltd., Pune) and water ad libitum. For experiments on growth and body weight
young rats pups (50-60 g) were used. Approximately, equal number of male and female
animals were taken in each group except for experiments related to antiaggressive activity
and immunomodulating studies (mice) where only male animals were used. The
experiments were performed in a noise-free atmosphere at ambient temperatures ranging
between 18-30'^C.
57
Chapter 4.2
TEST DRUGS
1. Kushta Tila Kalan (KTK)
The drug was procured from M/s Hamdard (Wakf) Laboratories, Delhi, India. Pure gold
leaves (30 g) are thoroughly triturated with mercury (60 g) to a butter-like smooth paste.
The latter is triturated with 50 g of powdered sulphur for 2 days and made into Ig tablets.
The tablets are sealed in earthen pots and subjected to ashing using cow dung cakes as
fuel. The scrapped material is pulverized and triturated̂ with 50 g of sulphur and 62.5 ml
of juice of Aloe vera (GHEEKANWAR) and subjected to ashing in similar manner. The
process is repeated several times using alternately sulphur and juice oi^A.vera and
distillate o f rose flowers. The final product is a very fine pink powder (Kabeeruddin and
Wahid 1922; Said 1969).
2. Swarna Bhasma (SB)
The drug was procured from M/s Ayurveda Ras Shala, Pune, India. It is prepared,
following the method of Ayurvedic texts as described by Chopra et al (1982). The gold
leaves are subjected to a process o f purification, which involves burning it in fire and
steeping the red hot metal successively in oil, cow's urine, whey and extract o f Dolichos
uniflorus (KULATHA KALAI). In reducing gold, one part of purified metal and two
parts o f mercury are rubbed with an acid and made into one ball. This ball is then encased
in earthen containers with powdered sulphur and subjected to ashing using cow dung
58
cakes as fuel. The bhasma is scrapped and subjected to repeated ashing in a similar
manner for 14 times before therapeutic use. Thorough trituration at each stage of the
fourteen putas is necessary to yield a very fine powder and this ensures proper quality of
bhasma (Said 1969; Chopra et al 1982).
3. Auranofin (AN)«
The drug, procured from M/s Alidac Genetics and Pharmaceuticals, Ahmedabad (Goldar
tablets), is known to contain 29% of gold (Tripathi 1995).
59
Chapter 4.3
OTHER DRUGS
1. Acetyl salicylic acid (Disprin, Reckitt and Colman, Calcutta): Aqueous solution (10
mg/ml).
2. Amphetamine D. (Sigma Laboratories, USA): Aqueous Solution (2mg/ml).
3. Apomorphine hydrochloride (Sigma Laboratories, USA): Aqueous solution (0.25
mg/ml).
4. Buspirone hydrochloride (Dadiha Pharmaceuticals, Merind, and Tamil Nadu):
Aqueous solution (500 fig/ml).
5. Chlorpromazine (CDH, Delhi); Aqueous solutions made from pure salt of the drug
(250-500 ^ig/ml).
6 . Diazepam LP. (Calmpose, Ranbaxy, Dewas): Injection, 2 ml ampoules (5 mg/ml).
7. Ginseng (Korean Ginseng) Courtesy: Professor Hyung Suk Kim of Kyung-Hee
University-Seoul, Korea; available in teabags containing 3 g water-soluble powder.
Aqueous solution (35 mg/ml).
8. Haloperidol (Sigma Laboratories, USA) was dissolved in 10% lactic acid. This was
then diluted to give concentrations of 25 and 50 |^g/ml.
8. Imipramine (Dapsonil, S,G. Pharma, Mumbai) Tablets containing 25 mg imipramine
hydrochloride
9. Levodopa (Wallace Pharmaceuticals Ltd, Goa): Aqueous solution (15 mg/ml).
60
10. Morphine (Govt. Opium and Alkaloid Works, Ghazipur); water-soluble salt was used
to give the desired concentration (100-500 |ag/ml).
11. Naloxone (Sigma Laboratories, USA): Aqueous solution (100 ng/ml).
12. Pentobarbitone Sodium: Freely soluble sodium salt of pentobarbitone (Loba
chemicals, Mumbai). Aqueous solutions (4-6 mg/ml).
13. Pentylene tetrazol (Sigma Laboratories, USA): Aqueous solution (10 mg/ml).
14. Phenytoin (Sigma Laboratories, USA): Aqueous solution (2.5 mg/ml).
15. Reserpine hydrochloride (Sigma Laboratories, USA): Aqueous solution (0.5 mg/ml).
16. Strychnine chloride (CDH, Delhi): Aqueous solution (400 |ig/ml).
17. Yeast extract powder (CDH, Mumbai): was suspended in distilled water (15%) and
activated by incubating at 37°c for 48 h.
61
Chapter 4.4
CHEMICALS AND REA GENTS
Source
Sigma Laboratories, USA
Analytical grade reagents and chemicals were used. The drugs and chemicals were
dissolved in double distilled water; those which were not soluble were suspended in
distilled water using 1% gum acacia.
Chemicals/Reagents
Acetylthiocholine iodide, Bovine serum albumin (BSA),
Cholesterol standard, l-chloro-2,4 dinitrobenzene (CDNB),
3,4 dihydroxyphenyl acetic acid, dinitrobenzene--(DTNB),
Dopamine, Epinephrine, Fecal calf serum, Glucose-6-
phosphate, 5 hydroxyindole acetic acid. Hank’s Balanced salt
Solution (HBSS), Homovanillic acid, Horseradish peroxide,
Nicotinamide adenine dinucleotide phosphate (NADP),
Oxidised and reduced glutathione, Phenylmethylsulphonyl
fluoride (PMFS), Phosphate Buffer saline (PBS), Reduced
nicotinamide adenine dinucleotide phosphate (NADPH),
RPMI - 1640, Serotonin, Wright - Giemsa Stain.
Benzylamine hydrochloride. Citric acid, Disodium EDTA, Hi Media Laboratories
62
Disodium hydrogen orthophosphate, Eosin, Ethylene diamine New Delhi
tetracetate (EDTA), Folin’s reagent. Glycerol, Hydrogen
Peroxide, Monobasic sodium phosphate, Sodium dihydrogen
ortho phosphate. Sucrose, Sulphosalicylic acid, Thiobarbituric
acid (TBA), Tris-HCl, Trisodium citrate.
Acetonitrile, Ascorbic acid, Chloroform, HPLC water, Merck India Ltd., Mumbai
Hydrochloric acid, Isoproterenol, Methanol, Nitric acid,
Potassium Ferrocynide, Potassium iodide, Sulphuric acid.
Xylene
Acetic acid (Glacial), Alcohol, Ammonium / Potassium alum, CDH, New Delhi
Charcoal powder, Copper sulpahte. Ferric chlorideTG^ti^
violet, Gum acacia, Hematoxylin crystal. Magnesium
chloride, Mercuric chloride. Mercuric oxide red,
Orthophosphoric acid. Paraffin, Perchloric acid. Petroleum
jelly, Phloxine, Potasium chloride, Silver sulphate. Sodium
chloride. Sodium octanesulfonic acid, Sodium potassium
taratrate. Sodium sulphate. Trichloroacetic acid (TCA)
Double Sided Tape St. Paul, USA
63
Chapter 4.5
EQUIPMENT
1. Traction Test
The set up is essentially similar to that described by Turner (1965). A metallic wire
(length: 250 mm, diameter: 0.8 mm) stretched horizontally by means of two stands, one
on each end, was used to evaluate the spontaneous motor activity (SMA) by suspending
the mice by their fore paws to it.
2. Pbotoactometer
The apparatus consist of a chamber with 6 photocells and cris*crossing lights and on
electromagnetic counter. When a rat introduced into chamber^whenever it intercepts a
light beam, the counter is activated. This apparatus measures the spontaneous motor
activity of animal over / prolonged periods without the presence of the experimenter. .
3. Tail Clip
Rubber-protected artery forceps were used as tail clips to give mechanical noxious
stimuli.
64
4. Eddy’s Hot Plate
The apparatus consists of a square perspex chamber (30 x 30 x 20 cm) with a hot plate
floor. It is provided with a temperature regulator, pilot bulb and an indicator scale. The
required temperature (55 ± 2°C in this case) can be set by adjusting the regulator. A push ̂
button device confirms the adjusted temperature. When the heating process is over and
the adjusted temperature is attained, it is shown by automatic switching off the heating
indicator.
5. Analgesiometer
The apparatus (Techno electronics, Lucknow) gives of a pain stimulus by application of
radiant heat (Nichrome wire). It is surrounded, by a chrome-plated water jacket.
Circulation of the water through this jacket maintains a constant temperature round the
stimulus area. The stimulus intensity can be adjuste^to-lngh or low levels. Current is
indicated on the meter. It should be adjusted between 3-4 amp^and it should never
exceed 6 amps. The apparatus has a groove to place the tall of the rat over It'to give the
stimulus.
6. Pododolorimeter / Aggressometer
An Aggessometer (Techno Electronics, Lucknow) was used as a pododolorimeter. It
consists of two perspex chambers (any of these could be used for the present study) with
a wire grid floor to give foot shock of desired voltage (0 to 150 volts, in steps of 10
volts). Besides voUage regulator the panel has pilot bulb and stimulus indicator lamps.
65
7. Electro Convulsiometer
The apparatus (Techno Electronics, Lucknow) has three controls for different intensities
of current stimulus: A= 0.25 to 0.5 mA, B= 0.5 to 3 mA and the third control provides
multiples between 1-12. The time for stimulus can be adjusted (0.1 to 1 second). The ear
electrodes are connected by means of leads to stimulus out put terminals provided on the
panel. Other controls on the panels are off-on switch, pilot bulbs indicating power supply
and stimulus and switch for starting the stimulus and resetting the apparatus.
8. Cook’s Pole Climbing Response Apparatus
This apparatus first described by Cook and Widely (1957) was used both for the study of
conditioned avoidance response (CAR) and learning experiments. The apparatus used
(Techno Electronics, Lucknow) has an experimental chamber with a wire grid floor fitted
in a sound proof enclosure. Instrument circuit provides two types of stimuli (buzzer and
6 volts D.C. shock). The stimuli may be presented singly or together for a fixed duration
(approx. 45 sec.) and can be terminated at any time.]^ A wooden pole fixed into the
detachable lid provides the only escape, as the walls of the cuaniuer are slippery.
9. Rota Rod Apparatus
Omni Rotor (Omnitech Electronics Inc., Columbus USA) was used. It consists of a
rotating rod (75 mm diameter). The ro ̂ is divided by circular partitions into four
compartments permuting test on four rats at a time. There are controls for adjustment of
maximum speed and time to reach this speed. A digital display shows the speed (RPM) at
which the apparatus has been set. The apparatus is provided with automatic counters
66
recording time in units of 0.1 sec with pilot lights and controls for start and termination of
a session. When the rats falls off the rotating shaft, the counter stops regarding the staying
time of the rat.
10. Passive Avoidance Response Apparatus
Continuous avoidance response apparatus (Techno Electronics, Lucknow) with an
inverted petridish (shock-free zone) was used. The apparatus can give shock stimulus (0-
200 volts) with adjustable delay, timings (5-60 sec). The animal can avoid the shock by
pressing the lever before expiry of the time delay. The set time aeiay starts again from the
moment the lever is pressed. The counters record stimulus, delivered and stimulus
avoided. It measures ability of the test animal to anticipate the time duration to press a
lever to avoid shock. As we used mice (instead of rats) the animals were unable to press
the lever and the only place to avoid the shock was the petridish.
11, Videopath Analyzer
Videopath analyzer (Coulboum Instruments, USA) consistsVf an open field chamber (50
X 50 X 35 cm), a video camera fixed over the chamber by an adjustable rod, an activity
monitor, a programmer and a printer. (Figure 4.1) The animal is placed over a black paper
(to provide contrast) in the open field chamber and the camera is activated. The animal}
can now be viewed on the monitor screen and its position can be adjusted using
horizontal/vertical controls. Proper brightness and contrast levels can also be adjusted.
The desired number of sessions, duration and session intervals can be programmed on the
activity programmer. The apparatus is provided with indicator lights to show the progress
67
M
V
a:
(*
■V,V'
f t . '.— ".% nr'tt:;
■a(
p f rA
Figure 4.1; VIDEOPATIl ANALYZER FOR MONITORING THE NEl'ROBEHAVIOURAL -\CTI\ ITY OF RATS
of the session. The data is fed to the printer which gives print outs for the following
parameters according to the program
a) Data interval
b) Wall Hugging (sec)
c) Comer (sec)
d) Quadrant 1 (sec)
e) Quadrant 2 (sec)
0 Quadrant 3 (sec)
g) Quadrant 4 (sec)
h) Locomotion (sec)
i) Rest (sec)
j) Rearing (sec)
k) Stereo events
1) Rotation (CW)
m) Rotation (CCW)
fi) Distance (cm)
Session totals for all the parameters are also printed. Values for average speed (cm/m) are
also available. The apparatus permits observations and recording of behavioral
parameters with the observer siting at a distance without disturbing the animal.
12. Anxiometer
The apparatus (Columbus Instruments, Ohio, USA) consists of three parts: (Figure 4.2)
69
Figure \1: COLllM lll'S A N X IO IT E R (Aiiiiiiiil showing lickiiig of spou
(a) A perspex rat chamber (47 x 26 x 20 cm). This chamber is provided with a metal grid
floor and a metal lid. A plastic bottle with a cork and metallic spout is placed on the top
o f the chamber with the spout protruding through the lid. The grid floor and the spout are
connected to (b) A shock generating- device. This is provided with a dial indicator for
subject current ( 0 - 5 milli amperes) and controls for on/off switch, meter range and shock
intensity. It has a power indicator lamp and leads for initiating shock as also for shock
out put. (c) Anxiometer - It has digital records for nimiber of licks and a number of
shocks and controls for monitoring with or without shock, starting and stopping the test
session and resetting the instrument. The indicator bulbs for power, testing, licks and
shocks are also provided on the panel. When the raUbcates the spout and licks the water
from the bottle, it gets a mild electric shock (0.5 mA, 1 sec). The number o f drinking
episodes and the shocks delivered during a desired period o f observation (Usually 3 min)
are recorded. The apparatus thus provides reward (drinking water, which may be
sweetened) and punishment (shock) simultaneously creating a conflict situation. The
apparatus was first devised by Vogel and coworkers (1971) and is named after him.
13. Elevated Plus Maze
This apparatus, first devised by Pellow and coworkers (1985), was fabricated by the
Maintenance Department of Jamia Hamdard. It consists of a plus-shaped maze elevated
45 cm above ground level with two open (10 x 50 cm) and two closed (10 x 50 x 40 cm)
arms. There is a central square area (10 x 10 cm) at the junction of open and closed arms
where the animal is placed at the start of the experiment. The apparatus is designed to
71
measure anxiety-related behavior in rats with closed arms representing security and open
arms in security and fear of heights.
14. Behavioural Despair Apparatus
The apparatus is essentially similar to the one used by Porsolt et al (1978). In this study a
•perspex beaker (height: 25 cm, diameter: 18 cm, capacity: 5 L) was used. When a rat is
forced to swim in a restricted space from which there is no escape, it eventually ceases
further attempts and becomes immobile apart from the slight passive movements for
survival or to keep its head above the water level." Periods o f irnmobility reflect the state
and degree of despair in the rat.
15. Jumping Box
Jumping Box (Techno Lucknow) consists of two-chamber compartments divided by a
transparent perspex hurdfe. Floors of any of the chambers can be charged by appropriate
grill selector switch. Stimulus can be measured by voltmeter (0-50 volts). The desiredI
shock intensity can be adjusted. A buzzer is also provided. Crossing over to the shock-
free chamber on warning buzzer alone (conditioned avoidance) or with shock
(unconditioned avoidance) are noted. The apparatus was used for the study of learned
helplessness.
16. Catalepsy Blocks
Simple equipment described byJDandiya and Baneijee (1986) was used. It comprised of
72
two wooden blocks (height: 3cm and 9cm) for measurement of stages III and IV of
catalepsy.
17. Activity Wheel
The apparatus (Hicon Eminence, Delhi) is suitable for the study o f forced motor activity
with or without temperature stress. It consists of a perspex chamber (32 x 20 x 14 cm)
containing a wheel shaped cage (diameter: 30 cm) which freely moves on its axis. When
a rat is placed inside this wheel cage with water in the chamber, it tries to climb on the
wheel to escape from water. The animal is unable to climb out completely due to rotation
of the water wheel. As a result, the animal continues to turn the wheel.'The movements
(both forward and backward) of the wheel are record^d^^;digital counter.
18. Brain Block Holder
It consist o f perspex block ^ 5 x 29 x 24 mm) with a central oval depression (25 x 15
mm) and 12 cuts to the depth of 10 mm each to enable 11 sections of 1.5 mm thickness.
(Figure 4.3)
1 Spectrophotometer
Spectrophotometer DU-64 (Beckman, USA) was used to analyze the samples for various
biochemical parameters in the visible range at 610 nm. The apparatus has provisions to
select the desired range (visible or ultraviolet) in which the estimations are to be.done and
operated at the required wavelength. It is calibrated with the blank sample by means
cuvette. Absorbance of standard and test samples can be taken in a similar manner.
73
H.
f v r
Wit; "4hLi>.,
l ln i i r o I j : |A ) Rill l in i i i i h k ' k lidklei', ( l i ) Rut lii'iiiii l id ldcr willi r:il hriiiii O m l i i i l |i(isiliiiii) iiiiil ( ( ' ) Riil hriiin ) lock lidliler w ill) n\ hriiiii mid hliiile p i i s s in j l l in ) i i« l i S c f l io i i 1; Rli(iiiik'iu'e|)l iiil(ii i | ii) scpiiriilin}; l)v (riii isvcrso
sec t ion into tw o m i i s c c r e b d l i i i i ) mid ii irdiilla oliliiiijiiitii, k t i i i i i h O p t ic ( lii i isin:i wliicli deli i i i i ts tlic m iler idr la i i o f liypollialaiiii i!; a n d p asses lliniii;;li an ter io r con i i i i i ss i ire and sep era t i i iu c cr e l in i in iiilii t » o n lo t l ia lan i i is , s t r ia tu m , n iid l)ra in , lii i locani m s and |c c o r t c \ .
20. High Performance Liquid Chromatography (HPLC) Apparatus
Merck Hitachi HPLC apparatus with two units L7100 pump, an amperometric L3500. A
detector and ODS / Lichro CART 250-45 nm was used. The apparatus was equipped with/
a PC with HSM 7000 (HPLC system manager) software and Hewlett Packard Inkjet
Printer.
21, Miscellaneous Apparatus
Haemocytometer, Haemoglobinometer, Microscope, Chemical Balances, Animal
Balances, Water baths, Homogenisers, Centrifuge machines, Distillation'^apparatuses,
Micropipettes Thermometers, Glassware, Plasticwar^Surgical instruments, Syringes,
Feeding needles etc.
75