Petri Dish in a sentence

(1) The petri dish was sterilized before use.

(2) Cultivate micro-organisms in a petri dish.

(3) The bacteria conglobate in the petri dish.

(4) The bacterium was found in the petri dish.

(5) The bacteria will spawn in the petri dish.

(6) The bacterium multiplied in the petri dish.

(7) The lab petri dish is used to grow cultures.

(8) An animalcule could be seen in a petri dish.

(9) The culture is incubating in the petri dish.

(10) The petri dish was filled with nutrient agar.

Petri Dish sentence

(11) The bacteria were overrunning the petri dish.

(12) The bacteria form a colony on the petri dish.

(13) The bacteria in the petri dish were stagnant.

(14) The bacteria cohabited in the same petri dish.

(15) The bacteria found a colony in the petri dish.

(16) The bacteria spores throughout the petri dish.

(17) The bac in the petri dish was growing rapidly.

(18) The lab had a petri dish for growing bacteria.

(19) The petri dish contained a culture of bacteria.

(20) The bacteria formed colonies in the petri dish.

Petri Dish make sentence

(21) Bacillar colonies were found in the petri dish.

(22) The bacteria formed a colony on the petri dish.

(23) The scientist propagated cells in a petri dish.

(24) The scientist marked a circle on the petri dish.

(25) The petri dish was sealed to maintain sterility.

(26) The bacteria in the petri dish formed a biofilm.

(27) The bacillary culture was grown in a petri dish.

(28) The spore in the petri dish was growing rapidly.

(29) The scientist sprinkled zinc onto the petri dish.

(30) The bluid in the petri dish was growing bacteria.

Sentence of petri dish

(31) The bacteria was inoculated through a petri dish.

(32) The bacteria in the petri dish multiplied rapidly.

(33) The scientist observed an egg upon the petri dish.

(34) The lab technician cultured cocci in a petri dish.

(35) The bacteria were able to colonize the petri dish.

(36) The petri dish was carefully disposed of after use.

(37) The scientist added the inoculum to the petri dish.

(38) The bacteria clump into colonies on the petri dish.

(39) The scientist catches the bacteria in a petri dish.

(40) The bacteria was isolated inside of the petri dish.

Petri Dish meaningful sentence

(41) The tube beside the petri dish is for holding agar.

(42) The foul liquid in the petri dish was contaminated.

(43) A petri dish is a vessel used for growing bacteria.

(44) The scientist imbrued the petri dish with bacteria.

(45) A spore upon the petri dish grew into a mold colony.

(46) The scientist besmears the petri dish with bacteria.

(47) The petri dish is a microcosmos of bacterial growth.

(48) Invert over the petri dish to prevent contamination.

(49) The object round in the experiment was a petri dish.

(50) The slime within the petri dish was growing rapidly.

Petri Dish sentence examples

(51) The spore beside the petri dish was growing rapidly.

(52) The scientist deposited specimens in the petri dish.

(53) The bacterial colony grew rapidly in the petri dish.

(54) The scientist jab into the petri dish with a pipette.

(55) The scientist dropped a chemical onto the petri dish.

(56) The student examined the spherules in the petri dish.

(57) The bacteria began to multiply around the petri dish.

(58) The scientist incubates the bacteria in a petri dish.

(59) The slimy bacteria was growing beside the petri dish.

(60) The scientist used a petri dish box to grow bacteria.

Sentence with petri dish

(61) The bacteriologist grew the specimen in a petri dish.

(62) The petri dish was placed in a controlled environment.

(63) The scientist set the test tube beside the petri dish.

(64) The scientist is griming the petri dish with bacteria.

(65) The petri dish was incubated at a specific temperature.

(66) The ameboid protist moved slowly across the petri dish.

(67) The scientist discovered a spore inside the petri dish.

(68) The cells were cocultured in a petri dish for 24 hours.

(69) The slime was slimy around the edges of the petri dish.

(70) The scientist jabbed into the petri dish with a pipette.

Use petri dish in a sentence

(71) The brood inside the petri dish was multiplying quickly.

(72) The scientist will inject the virus into the petri dish.

(73) The scientist squirted the solution into the petri dish.

(74) The bacteria will spawn more bacteria in the petri dish.

(75) The bacteria were teeming over the petri dish in the lab.

(76) The scientist studied clumps of bacteria in a petri dish.

(77) The scientist examined the petri dish under a microscope.

(78) The scientist was besliming the petri dish with bacteria.

(79) The bacterized petri dish displayed colonies of bacteria.

(80) The bacterised petri dish displayed colonies of bacteria.

Sentence using petri dish

(81) The feculae in the petri dish indicated bacterial growth.

(82) A petri dish is a vessel used in science experiments too.

(83) The bacteria in the petri dish are alive and multiplying.

(84) He swabbed the petri dish to collect a sample for testing.

(85) The sperm round was swimming vigorously in the petri dish.

(86) The biodot on the petri dish indicated the growth of mold.

(87) The microscope revealed a spore underneath the petri dish.

(88) The animalcula were multiplying rapidly in the petri dish.

(89) The biologists found a colony of bacteria in a petri dish.

(90) The milky substance in the petri dish was growing rapidly.

Petri Dish example sentence

(91) The petri dish was swabbed to collect a sample for testing.

(92) The biodot on the petri dish showed the growth of bacteria.

(93) The bacteria pullulate along the surface of the petri dish.

(94) The gelatinous substance moved viscously in the petri dish.

(95) The scientist was beslavering the petri dish with bacteria.

(96) The bacteria in the petri dish are starting to proliferate.

(97) The bacteria will accrete to the surface of the petri dish.

(98) The milky substance in the petri dish was growing bacteria.

(99) The bacteria in the petri dish bioluminesce under UV light.

(100) The bacteria formed a filamentous colony on the petri dish.

Sentence with word petri dish

(101) The germinant bacteria multiplied rapidly in the petri dish.

(102) The petri dish was placed in an autoclave for sterilization.

(103) The petri dish is filled with sporulating bacteria colonies.

(104) The bacteria in the petri dish began to overrun the culture.

(105) The scientist observed a yeastlike growth in the petri dish.

(106) The lab assistant discovered a spore beneath the petri dish.

(107) The scientist studied a cluster of bacteria in a petri dish.

(108) The scientist studied a clump of bacteria in the petri dish.

(109) The biology lab has a glass petri dish for growing bacteria.

(110) The colony of bacteria multiplied rapidly in the petri dish.

Sentence of petri dish

(111) The lab assistant showed us how to bisect up the petri dish.

(112) The motile bacteria quickly spread throughout the petri dish.

(113) The scientist used a needle to make a hole in the petri dish.

(114) The researchers incubated the tissue samples in a petri dish.

(115) The petri dish was labeled with the date and type of culture.

(116) The bacteria in the petri dish were resistant to antibiotics.

(117) The rod-shaped bacteria multiplied rapidly in the petri dish.

(118) The borosilicate plate was used as a base for the petri dish.

(119) The number of bacteria in the petri dish keeps proliferating.

(120) The biology lab required us to bore a hole in the petri dish.

Petri Dish used in a sentence

(121) The biology professor taught us how to moss out a petri dish.

(122) The scientist observed a clump of bacteria in the petri dish.

(123) The colony of bacteria was growing rapidly in the petri dish.

(124) The scientist carefully observed the growth in the petri dish.

(125) We added a few drops of phenolated solution to the petri dish.

(126) She pipetted a small amount of the liquid into the petri dish.

(127) The microbic growth in the petri dish was monitored over time.

(128) The scientist is reinjecting the bacteria into the petri dish.

(129) The proliferous bacteria rapidly multiplied in the petri dish.

(130) The experimental setup included a microscope and a petri dish.

Petri Dish sentence in English

(131) The scientist observed the growth of bacteria in a petri dish.

(132) Using a microscope, I examined the bacteria in the petri dish.

(133) The milky substance in the petri dish was a bacterial culture.

(134) The scientist pulled a strand of bacteria from the petri dish.

(135) The scientist used forceps to transfer cells into a petri dish.

(136) The petri dish was covered with a lid to prevent contamination.

(137) The researcher tared the petri dish before adding the bacteria.

(138) The scientist used a needle to inject down into the petri dish.

(139) The jelly-like substance wiggled amorphously in the petri dish.

(140) I used a pipette to transfer the volvox sample to a petri dish.

(141) The fecundity of the bacteria in the petri dish was impressive.

(142) The slime throughout the petri dish indicated bacterial growth.

(143) The bacteria will incubate out of the petri dish in a few days.

(144) You can pour into the petri dish once the agar has cooled down.

(145) The slime upon the petri dish indicated the growth of bacteria.

(146) The biology lab required us to rotate the petri dish clockwise.

(147) The petri dish was stored in a cabinet to protect it from light.

(148) The monolayer of bacteria on the petri dish was growing rapidly.

(149) The bacteria spawn under the moist conditions of the petri dish.

(150) The scientist spat up to the petri dish to observe the reaction.

(151) The scientist mixed bleach into the petri dish to kill bacteria.

(152) The feculae in the petri dish were evidence of bacterial growth.

(153) The biology experiment requires you to siphon from a petri dish.

(154) The population of bacteria in a petri dish can multiply quickly.

(155) The scientist used tape to secure the samples in the petri dish.

(156) She held the dropper over the petri dish and released the liquid.

(157) He used the eye dropper to add a drop of water to the petri dish.

(158) The scientist recorded the observations made from the petri dish.

(159) The scientist gridded the petri dish to observe bacterial growth.

(160) The scientist will apply onto the petri dish to culture bacteria.

(161) The feculence in the petri dish was a result of bacterial growth.

(162) The biology lab requires us to test the radius of the petri dish.

(163) The scientist will decant into a petri dish for bacterial growth.

(164) The scientist will inject into the petri dish to study the cells.

(165) The scientist added layer after layer of cells to the petri dish.

(166) The lab assistant demonstrated how to spore along the petri dish.

(167) The slime across the petri dish indicated the growth of bacteria.

(168) The scientist is studying the growth of bacteria in a petri dish.

(169) The doctor studied the progeny of the bacteria in the petri dish.

(170) The bacteria in the petri dish were visible under the microscope.

(171) The bacteria in the petri dish began to caseate after a few days.

(172) The incubation of bacteria in a petri dish can take several hours.

(173) The scientist used a pipette to transfer liquid to the petri dish.

(174) The ablated cells were cultured in a petri dish for further study.

(175) The bacterized petri dish was incubated at a specific temperature.

(176) The lab technician will swab off the bacteria from the petri dish.

(177) The bacteria pullulate across the petri dish, multiplying rapidly.

(178) The lab experiment showed how bacteria spawn along the petri dish.

(179) The scientist studied a clump of bacteria growing in a petri dish.

(180) The habitation of the bacteria was a petri dish in the laboratory.

(181) The scientist inoculated the petri dish with a sample of the virus.

(182) The scientist used a loop to streak the bacteria on the petri dish.

(183) The putrescences in the petri dish were studied under a microscope.

(184) The laboratory technician carefully sterilized onto the petri dish.

(185) Bacterioid colonies were observed on the surface of the petri dish.

(186) The scientist will counte the number of bacteria in the petri dish.

(187) The self-replicating bacteria multiplied rapidly in the petri dish.

(188) The bacteria in the petri dish began to multiply out of proportion.

(189) The bacteria in the petri dish were fluorescing under the UV light.

(190) The scientist studied the trophe of the bacteria in the petri dish.

(191) You can pout into the petri dish now that the agar has cooled down.

(192) The population of bacteria in a petri dish can be studied in a lab.

(193) The petri dish was incubated for 24 hours to allow bacterial growth.

(194) The scientist carefully positioned the egg down upon the petri dish.

(195) The scientist used a tissue to blot at the liquid in the petri dish.

(196) The scientist made a mark on the petri dish to track the experiment.

(197) The bacteria in the petri dish began to multiply towards the center.

(198) The bacteria spore out from the petri dish and contaminated the lab.

(199) The scientist will pour onto the petri dish to culture the bacteria.

(200) Don't forget to tube onto the sterile petri dish before inoculating.

(201) The scientist covered the petri dish with foil before incubating it.

(202) The scientist studied the formation of a crater inside a petri dish.

(203) The overgrowth of bacteria in the petri dish indicated contamination.

(204) The scientist will extrude inside the petri dish to culture bacteria.

(205) The scientist discovered a blot round mold growing in the petri dish.

(206) The scientist will seal over the petri dish to prevent contamination.

(207) The petri dish is a microcosm where scientists study bacteria growth.

(208) The bacteria will incubate below the water surface in the petri dish.

(209) The lab assistant will decant from the test tube into the petri dish.

(210) The gelatinous substance in the petri dish was a culture of bacteria.

(211) The scientist monitored the growth of the bacteria in the petri dish.

(212) The number of bacteria in the petri dish began to proliferate rapidly.

(213) The scientist carefully handled the petri dish to avoid contamination.

(214) The petri dish was exposed to UV light to kill any remaining bacteria.

(215) The bacteria in the petri dish growed rapidly in the warm environment.

(216) The scientist will decant over the petri dish to culture the bacteria.

(217) The amoeboid organism moved slowly and steadily across the petri dish.

(218) She carefully spread the gel within the petri dish for the experiment.

(219) The lab assistant swabbed the petri dish lid to prevent contamination.

(220) The scientist had to remove fluid from the petri dish for observation.

(221) The researcher studied the agglomerates of bacteria in the petri dish.

(222) The bacterising of the petri dish helped cultivate bacterial colonies.

(223) The scientist aroynted the petri dish with bacteria for an experiment.

(224) The biologist will transplant out of the petri dish the growing cells.

(225) The scientist poured nectar into the petri dish to study the bacteria.

(226) The sediment in the petri dish can be used for scientific experiments.

(227) The bacteria in the petri dish exhibited different colors and textures.

(228) The lab technician used a swab to swab up a sample from the petri dish.

(229) The phosphorescent bacteria emitted a greenish light in the petri dish.

(230) The scientist squirted dye into the petri dish to observe the bacteria.

(231) The scientist used a siphon to transfer the bacteria to the petri dish.

(232) The bacteria will multiply throughout the petri dish if left unchecked.

(233) The scientist will inject into the petri dish to introduce the bacteria.

(234) The supernate was carefully transferred to a petri dish for observation.

(235) The microbiologist swabbed the petri dish to check for bacterial growth.

(236) The student carefully poured beakerfuls of solution into the petri dish.

(237) The scientist inserted the tube into the petri dish to culture bacteria.

(238) The petri dish is a microcosm of the growth and development of bacteria.

(239) The laboratory petri dish racks were sterilized at the microbiology lab.

(240) The student carefully poured a beakerful of alcohol into the petri dish.

(241) The lab assistant will decant from out of the flask into the petri dish.

(242) The grumous mass in the petri dish was identified as a bacterial colony.

(243) The caseous material in the petri dish was evidence of bacterial growth.

(244) The scientist had to stoop above the petri dish to observe the bacteria.

(245) The scientist observed a circle within a petri dish under the microscope.

(246) The scientist used a funnel over the petri dish to transfer the bacteria.

(247) The scientist injected the liquid from the test tube onto the petri dish.

(248) The number of bacteria in a petri dish decreases exponentially over time.

(249) The scientist would stare through the petri dish, analyzing the bacteria.

(250) The researcher had to stoop towards the petri dish to study the bacteria.

(251) The aggregation of bacteria in the petri dish was fascinating to observe.

(252) The scientist used a cotton-swab to collect a sample from the petri dish.

(253) The bacteria in the petri dish began to multiply beyond our expectations.

(254) The scientist circumscribed the area of the experiment with a petri dish.

(255) The microbiology lab required us to insert a tube through the petri dish.

(256) The scientist observed the spore as it traveled through to the petri dish.

(257) The lab technician used a pipette to extract a sample from the petri dish.

(258) The bacteria will incubate in the petri dish for two days before analysis.

(259) It is necessary to decant the liquid from the test tube into a petri dish.

(260) The petri dish was stored in a refrigerator to slow down bacterial growth.

(261) The petri dish was placed in an inverted position to prevent condensation.

(262) The life form in the petri dish multiplied rapidly under ideal conditions.

(263) The scientist will swab out the petri dish to prevent cross-contamination.

(264) The scientist sterilized onto the petri dish for precise bacterial growth.

(265) The laboratory technician was swabbing the petri dish to collect a sample.

(266) The number of bacteria in a petri dish multiplieth under ideal conditions.

(267) The bacteria in the petri dish will keep multiplying if left uncontrolled.

(268) The scientist syringed a sample of fluid from the petri dish for analysis.

(269) The pullulation of bacteria in the petri dish was a sign of contamination.

(270) The population of bacteria in a petri dish can be studied in a laboratory.

(271) The biologist will transplant out from the petri dish to the animal model.

(272) The scientist used a foil upon the petri dish to prevent bacterial growth.

(273) The bacteria in the petri dish had putrefied and needed to be disposed of.

(274) The bacteria will accrete within the petri dish, forming a visible colony.

(275) The scientist used a funnel around the petri dish to add the agar solution.

(276) The lab assistant was swabbing the petri dish lid to prevent contamination.

(277) The scientist used a Bunsen burner to roast the contents of the petri dish.

(278) The bacteriolyses of the petri dish prevented contamination of the culture.

(279) The scientist was bacterizing the petri dish with a new strain of bacteria.

(280) The vibrionic activity of the microorganisms was studied in the petri dish.

(281) The biology lab used a marble inside a petri dish to observe cell movement.

(282) The scientist carefully measured the powder into the petri dish for testing.

(283) We used a microphotograph to study the behavior of bacteria in a petri dish.

(284) The scientist placed the bait over the petri dish to study bacterial growth.

(285) The scientist observed the bacteria spreading breadthwise on the petri dish.

(286) The scientist peers within the petri dish, observing the growth of bacteria.

(287) The scientist had to sear off the bacteria from the petri dish for analysis.

(288) The scientists were able to successfully grow the cell-line in a petri dish.

(289) The scientist will border off the petri dish to observe the bacteria growth.

(290) The scientist placed the cone under the petri dish to prevent contamination.

(291) The scientist poured salt across the petri dish to observe bacterial growth.

(292) The biology lab experiment required the use of starch across the petri dish.

(293) The lab technician had to swab out the petri dish to remove any contaminants.

(294) Incubate on top of the petri dish to promote even distribution of the sample.

(295) The scientists huddled over the petri dish, observing the growth of bacteria.

(296) The scientist impregnates the petri dish with bacteria for research purposes.

(297) The fungoid colony in the petri dish was thriving under the right conditions.

(298) The biology lab required students to measure the size of a square petri dish.

(299) The scientist used a rod across the petri dish to spread the bacteria evenly.

(300) The scientist asked me to look inside the petri dish and observe the bacteria.

(301) The scientist instructed me to cap up the petri dish to prevent contamination.

(302) The scientist carefully poured the contents of the bottle onto the petri dish.

(303) It is important to decant near a clean petri dish for accurate culture growth.

(304) The scientist conducted an experiment by turning the petri dish upside inside.

(305) The supernate was carefully transferred to a petri dish for microbial culture.

(306) The laboratory technician bacterised the petri dish with a culture of E. coli.

(307) The spore underneath the petri dish was the starting point for the experiment.

(308) The scientist was able to mutate the assortment of bacteria in the petri dish.

(309) Gelatinise the agar by boiling it in water before adding it to the petri dish.

(310) The scientist instructed us to poke with a stick the sample in the petri dish.

(311) The biology lab requires you to carefully pour the powder into the petri dish.

(312) The technician carefully observed the agglutinations forming in the petri dish.

(313) The scientist had to inject down into the petri dish to introduce the bacteria.

(314) The laboratory petri dish lids were sterilized on top of a UV light sterilizer.

(315) The scientist used a siphon to transfer the bacteria culture to the petri dish.

(316) The bacteria was able to mutate in through the small opening in the petri dish.

(317) The lab technician was swabbing the petri dish to collect a sample for testing.

(318) The biologist had to compute the growth rate of the bacteria in the petri dish.

(319) The scientist tightly sealed the lid on the petri dish to prevent contamination.

(320) The petri dish was incubated in a humid environment to promote bacterial growth.

(321) The scientist carefully placed the foil onto the petri dish for experimentation.

(322) She carefully bacterizes the petri dish to ensure proper growth of the bacteria.

(323) The scientist had to siphon from out of the petri dish to transfer the bacteria.

(324) The scientist swabbed the surface of the petri dish to collect bacteria samples.

(325) It is important to bacterize the petri dish before adding the bacterial culture.

(326) The creature in the science experiment was a bacteria that grew in a petri dish.

(327) The petri dish was left to incubate on top of the laboratory bench for 24 hours.

(328) The bacteria in the petri dish began to multiply in excess of what was expected.

(329) The scientist smoothly poured out onto the petri dish to conduct the experiment.

(330) The lab technician was careful not to let any spores escape from the petri dish.

(331) The scientist used a marker to draw a grid on the petri dish for easier counting.

(332) The bacterized petri dish was observed under a microscope for bacterial colonies.

(333) The bacterized petri dish was sealed to prevent contamination from other sources.

(334) The researcher conducted experiments to isolate the bacteria atop the petri dish.

(335) The researcher carefully poured the grain onto the petri dish for the experiment.

(336) The lab technician will inoculate the petri dish with bacteria for an experiment.

(337) The lab technician will inoculate the petri dish with bacteria to grow a culture.

(338) The lab technician used an inoculator to inject the bacteria into the petri dish.

(339) The scientist had to remove fluid from the petri dish for further experimentation.

(340) The bacteria in the petri dish began to pullulate beyond the expected growth rate.

(341) The scientist observed how the saltwater gradually crystallised in the petri dish.

(342) The scientist gingerly loosened the lid on the petri dish to observe the bacteria.

(343) The scientist injected the solution by inserting the needle within the petri dish.

(344) The scientist used a petri dish to delimit the area where she could grow bacteria.

(345) The scientist used a microscope to examine the salt left behind on the petri dish.

(346) Geometric progressions can be used to model the growth of bacteria in a petri dish.

(347) The germinant bacteria thrived in the warm and moist environment of the petri dish.

(348) The supernate was carefully poured into a petri dish for microbial growth analysis.

(349) The scientist used a pipette to daub upon the petri dish with a sample of bacteria.

(350) The bacteria was able to mutate out through the petri dish and contaminate the lab.

(351) The bacteria in the petri dish began to proliferate with the addition of nutrients.

(352) The lab technician will inoculate the petri dish with bacteria to study its growth.

(353) Taring the petri dish before adding the bacteria is necessary for accurate results.

(354) The science experiment required the students to purge bacteria from the petri dish.

(355) The biology lab required us to measure the length and width of a square petri dish.

(356) The biology lab required students to decant along the solution into the petri dish.

(357) The scientist drew a diagonal off the petri dish to separate the different samples.

(358) The supernatant was carefully poured into a petri dish for microbial growth studies.

(359) The laboratory experiment produced a scatter of fibrous particles in the petri dish.

(360) The scientist will sprinkle across the petri dish to distribute the bacteria evenly.

(361) The scientist used a needle to pierce down into the petri dish and extract a sample.

(362) The archesporia in this petri dish are being studied for their medicinal properties.

(363) The scientist held her palm up over the petri dish and observed the bacteria growth.

(364) The biology lab requires students to decant on the petri dish to cultivate bacteria.

(365) The scientist carefully placed the lid over the petri dish to prevent contamination.

(366) The bacteria were able to incubate thanks to the warm temperature of the petri dish.

(367) The researcher insufflated the chemical into the petri dish to observe its reaction.

(368) The scientist used a siphon to transfer the bacteria from one petri dish to another.

(369) The scientist used a suction tool to suction in up the bacteria from the petri dish.

(370) The bacteria accrete across the surface of the petri dish, forming a visible colony.

(371) The researcher discovered lateral movement of molecules at the top of the petri dish.

(372) The scientist was dispreading the chemical solution in the petri dish with a pipette.

(373) The bacteria in the petri dish were efflorescing, indicating growth and reproduction.

(374) The scientist lifted the lid back from the petri dish to observe the bacteria growth.

(375) The scientist transplanted back into the petri dish the cells for further observation.

(376) The scientist found a smear underneath the petri dish and started the experiment over.

(377) The microbiologist will inoculate the petri dish with bacteria through a sterile loop.

(378) The scientists were studying the effects of circumvallating the cells in a petri dish.

(379) The scientist had to seal down the lid of the petri dish to prevent any contamination.

(380) The researcher detaches the sample from the petri dish and transfers it to a test tube.

(381) The researcher used the caliper above the petri dish to measure the growth of bacteria.

(382) The scientist poured salt into the petri dish to observe the effect on bacteria growth.

(383) The scientist studied the growth pattern of mushroom towards the top of the petri dish.

(384) The scientist had to lessen tightly the lid on the petri dish to prevent contamination.

(385) The scientist deposited a sample of the virus into the petri dish for further analysis.

(386) The scientist observed the undefined glops of liquid merging together in the petri dish.

(387) The scientist observed the movement of sperm around the petri dish under the microscope.

(388) The bacteria in the petri dish began to accumulate across the surface, forming colonies.

(389) The scientist used a siphon to transfer bacteria samples from one petri dish to another.

(390) The blastoderm was cultured in a petri dish, and it was monitored for any abnormalities.

(391) The scientist had to remove the fluid from the petri dish before observing the bacteria.

(392) The centrifugalized particles were carefully transferred to a petri dish for observation.

(393) The micropipette was used to dispense small droplets of the solution onto the petri dish.

(394) The cells in this tissue culture were found to geminate on the surface of the petri dish.

(395) The cells in this tissue culture were found to geminate to the surface of the petri dish.

(396) The experiment required us to decant over a petri dish to observe the growth of bacteria.

(397) The biology lab requires students to squirt within the petri dish to avoid contamination.

(398) The scientist transplanted back into the petri dish the cells for further experimentation.

(399) The scientist masked off certain sections of the petri dish to observe specific reactions.

(400) The scientist had to inject down the solution into the petri dish to observe the reaction.

(401) The lab technician will inoculate the petri dish with off to study its effects on bacteria.

(402) The amorphous mass of cells in the petri dish showed promising results for cancer research.

(403) The diffusion process is responsible for the even distribution of nutrients in a petri dish.

(404) The lab technician will inoculate the petri dish with bacteria to study its growth patterns.

(405) Incubating the petri dish in a dark environment can affect the growth of the microorganisms.

(406) The scientist advised us to salt along the edges of the petri dish to prevent contamination.

(407) The lab assistant instructed us to invert down the petri dish to spread the bacteria evenly.

(408) The researcher placed the bait upon the petri dish to observe the behavior of microorganisms.

(409) The bacterised petri dish was incubated at a specific temperature to promote bacterial growth.

(410) The scientist used an eyedropper to transfer a small amount of the solution into a petri dish.

(411) The lab technician will inoculate the petri dish with up to ten different strains of bacteria.

(412) The scientist transplanted a brain cell into a petri dish by means of microscopic manipulation.

(413) The bacteria in the petri dish began to caseate, indicating that the experiment was successful.

(414) The sociology students used a funnel to pour the liquid into the petri dish for their research.

(415) The number of bacteria in a petri dish can increase by an order of magnitude within a few hours.

(416) The laboratory technician used a suction pipette to suction away the liquid from the petri dish.

(417) The biologist used an inoculator to introduce a specific strain of bacteria into the petri dish.

(418) The petri dish was covered in a layer of fungous growth after being left unattended for too long.

(419) The science experiment required us to draw a circle without touching the edges of the petri dish.

(420) The bacterised petri dish was observed under a microscope to identify different bacterial species.

(421) The bacteria in the petri dish began to pullulate after being exposed to the nutrient-rich medium.

(422) The bacteria in the petri dish started to proliferate after being exposed to the right conditions.

(423) The cell cultures in a petri dish accrete with respect to nutrient availability and growth factors.

(424) The scientist used a cauterizing tool to seal the edges of the petri dish to prevent contamination.

(425) The scientist sealed up completely the petri dish to prevent any contamination from outside sources.

(426) The researcher will release carbonate into the petri dish to study its reaction with other compounds.

(427) The microbiologist bacterizes the petri dish to create a controlled environment for bacterial growth.

(428) The technician carefully aspirated the sample from the petri dish, making sure not to contaminate it.

(429) The laboratory technician used a suction device to suction up out of the petri dish any excess liquid.

(430) The scientist used a microscope to nail down the exact location of the bacteria underneath the petri dish.

(431) The bacteria formed a colony on the petri dish, providing valuable insights into the study of microbiology.

(432) The biology lab required the use of a caliper behind the petri dish to measure the diameter of the colonies.

(433) The researcher deposited potassium iodide into the petri dish to observe the reaction with the other chemicals.

(434) The scientist discovered that the agglomerate of cells in the petri dish was the result of a successful experiment.

(435) The scientist bleached the bacteria in the petri dish, and he was surprised to find that some of them survived, but he knew he had to repeat the experiment to be sure.

The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Petri Dish. They do not represent the opinions of TranslateEN.com.