Oxxides, Inc Harriman, NY

Antimony Trioxide, Oxidative stress, 8OHdG

Arsenic trioxide as a novel anti-glioma drug: a review
Cas9 Cell Line Cas9 Enzyme Cas9 Lentivirus Cas9 Mrna Cas9 Nickase Cas9 Plasmid Cas9 Protein

Arsenic trioxide as a novel anti-glioma drug: a review

Arsenic trioxide has proven a robust anti-tumor impact with little toxicity when used within the therapy of acute promyelocytic leukemia (APL). An impact on glioma has additionally been proven. Its mechanisms embody regulation of apoptosis and autophagy; promotion of the intracellular manufacturing of reactive oxygen species, inflicting oxidative harm; and inhibition of tumor stem cells.
Nonetheless, glioma cells and tissues from different sources present completely different responses to arsenic trioxide. Researchers are working to boost its efficacy in anti-glioma therapies and lowering any antagonistic reactions. Right here, we overview latest analysis on the efficacy and mechanisms of motion of arsenic trioxide within the therapy of gliomas to supply steerage for future research.

Impact of mineral trioxide mixture plug location on root growth in regenerative endodontic process

This retrospective research investigated the impact of mineral trioxide mixture (MTA) plug location on therapy end result and root maturation after regenerative endodontic procedures (REP) in immature everlasting enamel. Thirty-three roots (n = 33) in cohort that underwent REP persistently based on AAE guideline have been included to hint radiographic modifications for the basis and canal dimensions.
Primarily based on intraoral radiographs, roots have been divided into two teams relying on the situation of MTA plug inside entire root size: coronal group (n = 14), throughout the higher half; apical group (n = 19), throughout the decrease half. Periapical radiographs have been standardized to evaluate therapy outcomes and root maturation together with root growth phases and digital measurements on the change ratios of root size, apex width, radiographic root space (RRA), modified RRA (mRRA), and periapical rarefaction space. The information have been statistically analysed utilizing the Mann-Whitney take a look at.
The sufferers’ common age was 11 years and 10 months, with no important between-group distinction in intercourse. Premolars have been probably the most prevalent tooth kind (62.1%), adopted by incisiors and molars. Pre-existing signs and indicators subsided inside 6 months in all circumstances. The enamel confirmed related radiographic root growth in each teams (P > 0.05). Nonetheless, mRRA improve ratio was considerably greater in apical group than that in coronal group at early (< 6 months) and late (< 24 months) intervals of follow-up (P < 0.05).
Important modifications of root growth stage have been noticed at early interval for apical group and at late interval for coronal group (P < 0.05). All of the noticed circumstances confirmed persevering with root growth after REP. Important modifications in root developments occurred at completely different follow-up intervals based on the situation of MTA plugs.

Probing arsenic trioxide (ATO) handled leukemia cell elasticities utilizing atomic drive microscopy

Standard analytical methods permit for the analysis of leukemia, blood and bone marrow cancers, in addition to their classification into the completely different subtypes. Nonetheless, a greater understanding of the most cancers therapy by cell apoptosis staging remains to be required.
Analysis of the timeline and responses of acute promyelocytic leukemia (APL) cells to the arsenic trioxide (ATO) therapy is crucial for figuring out the oral dosage in leukemia prognosis. Right here, an Atomic Pressure Microscopy (AFM) indentation method has been used to guage the mechanical responses of mobile responses of APL cells to ATO therapy, alongside well-established cell viability assays, as a novel methodology to find out the affect of medication.
As well as, cell morphology was quantified to observe mobile apoptosis. Viability, morphology and elasticity modifications of NB4 cells (derived from Human APL sufferers) have been correlated to completely different time programs of the ATO therapies. Unveiling the relationships amongst structural, morphological and nanomechanical properties in response to ATO drug therapy guarantees to pave the best way for novel diagnostic instruments for drug screening and for a greater understanding of the particular bodily and organic results of medication on diseased cells.

Plasmonic/magnetic molybdenum trioxide and graphitic carbon nitride quantum dots-based fluoroimmunosensing system for influenza virus

A novel magnetic/plasmonic-assisted fluoro-immunoassay system is developed for the detection of influenza virus utilizing magnetic-derivatized plasmonic molybdenum trioxide quantum dots (MP-MoO3 QDs) because the plasmonic/magnetic agent and fluorescent graphitic carbon nitride quantum dots (gCNQDs) because the monitoring probe.
Particular antibody in opposition to influenza A virus was conjugated onto the floor of MP-MoO3 QDs and gCNQDs, respectively. Within the presence of influenza A virus (because the take a look at virus), a core-satellite immunocomplex is shaped between the antibody-conjugated nanomaterials (Ab-MP-MoO3 QDs and Ab-gCNQDs) and their interplay resulted within the modulation and gradual enhancement of the fluorescence depth of the detection probe with the influenza virus concentration-dependent improve.
As well as, PL change with out influenza A virus was not noticed. Limits of detection of 0.25 and 0.9 pg/mL have been achieved for Influenza virus A/New Caledonia (20/99/IVR/116) (H1N1) detection in deionized water and human serum, respectively. Clinically remoted influenza virus A/Yokohama (110/2009) (H3N2) was detected within the vary of 45 – 25,000 PFU/mL, with a restrict of detection ca 45 PFU/mL (versus a minimal of 5000 PFU/mL for a industrial take a look at equipment). This developed biosensor offers a sturdy, delicate in addition to a selective platform for influenza virus detection.
Arsenic trioxide as a novel anti-glioma drug: a review

Mineral Trioxide Mixture Purposes in Endodontics: A Overview

A present matter in dentistry considerations the biocompatibility of the supplies, and specifically, conservative dentistry and endodontics ones. The mineral trioxide mixture (MTA) is a dental materials with biocompatibility properties to oral and dental tissues. MTA was developed for dental root restore in endodontic therapy and it’s formulated from industrial Portland cement, mixed with bismuth oxide powder for radiopacity.
MTA is used for creating apical plugs throughout apexification, repairing root perforations throughout root canal remedy, treating inside root resorption, and pulp capping. The target of this text is to research MTA options from a scientific viewpoint, even in contrast with different biomaterials. All of the scientific knowledge relating to this dental materials might be evaluated on this overview article.
Knowledge obtained from the evaluation of the previous 10 years’ literature highlighted 19 articles during which the MTA scientific points might be recorded. The outcomes obtained on this article are an vital step to display the security and predictability of oral rehabilitations with these biomaterials and to advertise a line to enhance their properties sooner or later.

Arsenic trioxide disturbs the LIS1/NDEL1/dynein microtubule dynamic complicated by disrupting the CLIP170 zinc finger in head and neck most cancers

Most cancers mortality is especially brought on by metastasis, which requires dynamic reworking of cytoskeletal parts corresponding to microtubules. Focusing on microtubules presents a promising antimetastatic technique that would stop most cancers spreading and recurrence. It’s identified that arsenic trioxide (ATO) is ready to inhibit the migration and invasion of strong malignant tumors, however its precise molecular mechanism stays unclear.
Right here, we report a novel molecular goal and antimetastatic mechanism of ATO in head and neck squamous cell carcinoma (HNSCC). We discovered that cytoplasmic linker protein 170 (CLIP170) was overexpressed in HNSCC tissues and cells in comparison with regular controls. ATO at non-cytotoxic stage (1 μM) inhibited the migration and invasion of HNSCC cells by displacing zinc within the zinc finger motif of CLIP170, which is a key protein that controls microtubule dynamics. The antimetastatic results of ATO have been equal to these of siRNA-mediated CLIP170 knockdown.
Moreover, ATO dysregulated microtubule polymerization by way of the CLIP170/LIS1/NDEL1/dynein signaling pathway in Cal27 cells as a purposeful consequence of CLIP170 zinc finger disruption.

Titanium dioxide
GX0703-1 1
EUR 59.3

Titanium dioxide
GX0703-250 250
EUR 21.4

Titanium dioxide
GX0703-5 5
EUR 189.8

Titanium dioxide
GX0703-500 500
EUR 33.1

SULFUR TRIOXIDE TRIETHYLAMINE COMPLEX (TEA.SO3 COMPLEX)
919008 each Ask for price

Titanium(III) oxide
GX9511-100 100
EUR 262.3

Titanium(III) oxide
GX9511-25 25
EUR 110

TITANIUM TETRACHLORIDE
320003 each Ask for price

Titanium dioxide, 99%
GX0703-1KG 1 kg
EUR 108

Titanium dioxide, 99%
GX0703-250G 250 g
EUR 62.4

Titanium dioxide, 99%
GX0703-500G 500 g
EUR 76.8

Titanium dioxide, 99%
GX0703-5KG 5 kg
EUR 265.2

Titanium nitride, 99%
GX6013-250 250
EUR 239.6

Titanium nitride, 99%
GX6013-50 50
EUR 108.5

Titanium(IV) Ethoxide
abx188915-1kg 1 kg
EUR 477.6

Titanium(IV) chloride
abx186048-500g 500 g
EUR 243.6

Titanium silicide, 99%
GX4809-25 25
EUR 128.1

Titanium(IV) ethoxide
GX6644-1 1
EUR 210.1

Titanium(IV) ethoxide
GX6644-500 500
EUR 143.2

Titanium(III) chloride
20-abx186585
  • EUR 1345.20
  • EUR 4152.00
  • 1 g
  • 5 g

Titanium Nanopowder, 99,9 %
GX3635-10 10
EUR 294.9

Titanium Nanopowder, 99,9 %
GX3635-100 100
EUR 1153.6

Titanium Nanopowder, 99,9 %
GX3635-25 25
EUR 475.8

Titanium(IV) oxide, 99.5%
GX6844-1 1
EUR 120.5

Titanium(IV) oxide, 99.5%
GX6844-250 250
EUR 95

Titanium(II) oxide, 99.5%
GX7043-25 25
EUR 134.1

Titanium(II) oxide, 99.5%
GX7043-250 250
EUR 645.3

Titanium(II) oxide, 99.5%
GX7043-50 50
EUR 220.1

Titanium(IV) oxide, 99.999%
GX7581-10 10
EUR 208.6

Titanium(IV) oxide, 99.999%
GX7581-25 25
EUR 363.4

Titanium(IV) oxide, 99.998%
GX9179-10 10
EUR 164.5

Titanium(IV) oxide, 99.998%
GX9179-25 25
EUR 283.5

Titanium(II) oxide, 99.9%
GX9461-100 100
EUR 309.6

Titanium(II) oxide, 99.9%
GX9461-25 25
EUR 141.6

Titanium(IV) oxide, 99.9%
GX0305-100 100
EUR 254.1

Titanium(IV) oxide, 99.9%
GX0305-25 25
EUR 120.5

Titanium(III) oxide, 99.8%
GX5251-50 50
EUR 195.6

Titanium Sheet 1.0mm, 99.6%
GX8460-100 100
EUR 146.6

Titanium Sheet 1.0mm, 99.6%
GX8460-50 50
EUR 84.4

Titanium(IV) isopropoxide
GX5233-1 1
EUR 137.2

Titanium(IV) isopropoxide
GX5233-2 2
EUR 228.1

Booster 2:1 titanium
HOM2546 EACH
EUR 2028.9

Titanium(IV) carbide, 99%
GX6194-1 1
EUR 546.5

Titanium(IV) carbide, 99%
GX6194-100 100
EUR 110

Titanium(IV) carbide, 99%
GX6194-250 250
EUR 187.5

Titanium Foil 0.05 mm, 99.6%
GX4446-100 100
EUR 144.6

Titanium Foil 0.05 mm, 99.6%
GX4446-150 150
EUR 192.2

Titanium Foil 0.05 mm, 99.6%
GX4446-50 50
EUR 105.5

Titanium Foil 0.125 mm, 99.6%
GX9127-100 100
EUR 143.2

Titanium Foil 0.125 mm, 99.6%
GX9127-150 150
EUR 208.6

Titanium Foil 0.125 mm, 99.6%
GX9127-300 300
EUR 534.3

Titanium Foil 0.5 mm, 99.6%
GX1848-100 100
EUR 138.6

Titanium Foil 0.1 mm, 99.6%
GX2622-150 150
EUR 224.9

Titanium Foil 0.25 mm, 99.6%
GX3290-150 150
EUR 146.2

Titanium(IV) n-butoxide
20-abx184447
  • EUR 276.00
  • EUR 410.40
  • 100 g
  • 500 g

Titanium horn without cup
HOM2680 EACH
EUR 2881.46

Titanium(IV) n-propoxide
GX9404-1 1
EUR 207

Titanium(IV) n-propoxide
GX9404-500 500
EUR 140.2

Titanium(III,IV) oxide, 99.5+%
GX6140-10 10
EUR 108.5

Titanium(III,IV) oxide, 99.5+%
GX6140-50 50
EUR 257.4

Titanium(IV) isopropoxide, 99.99%
GX0421-25 25
EUR 549

Titanium Granules ≤ 4 mm, 99.8+%
GX2025-100 100
EUR 122.1

Titanium Granules ≤ 4 mm, 99.8+%
GX2025-500 500
EUR 396

Titanium Pieces 2-5mm, 99.995%
GX0119-50 50
EUR 449.7

ICP Std Titanium 1000ug/mL in 20% HCl
PTI2B5 250ML
EUR 189.6

ICP Std Titanium 10000ug/mL in 20% HCl
PTI4B4-500ML 500ML
EUR 490.91

ICP Std Titanium 10000ug/mL in 20% HCl
PTI4B5 250ML
EUR 334.8

Titanium(IV) n-butoxide, 99%
GX2925-1 1
EUR 143.2

Titanium(IV) t-butoxide, 99.99%
GX3109-10 10
EUR 392.6

Forceps Watchmaker 5 Titanium
INS4344 EACH
EUR 57.71

ICP Std Titanium 1000ug/mL in H2O tr. HF
PTI2B9 250ML
EUR 190.62

ICP Std Titanium 10000ug/mL in H2O tr. HF
PTI4B9 250ML
EUR 336.84

ICP Std Titanium 1000ug/mL in 2-5% HNO3
PTI2A6 100ML
EUR 118.8

AAS Titanium Std 1000ppm in H2O
AATIH 500ML
EUR 284.62

AAS Titanium Std 10000ppm in H2O
AATIM 500ML
EUR 488.4

Titanium Rod 5 mm diameter, 99.6%
GX4343-1 1
EUR 117.5

Titanium Rod 15.0 mm diameter, 99.7%
GX4949-25 25
EUR 236.2

Titanium Rod 2 mm diameter, 99.6%
GX7226-2 2
EUR 102.4

Titanium Rod 10.0 mm diameter, 99.7%
GX7318-25 25
EUR 140.2

Titanium Granules max. 6 mm, 99.8%
GX7622-100 100
EUR 122.1

Titanium Granules max. 6 mm, 99.8%
GX7622-500 500
EUR 396

Titanium Rod 30.0 mm diameter, 99.7%
GX7798-25 25
EUR 265.7

Titanium Rod 3 mm diameter, 99.995%
GX8130-250 250
EUR 294.9

Titanium Rod 8 mm diameter, 99.6%
GX9462-25 25
EUR 114.5

Titanium Rod 3 mm diameter, 99.7%
GX9536-2 2
EUR 104

Titanium Rod 6.35 mm diameter, 99.99+%
GX9869-100 100
EUR 283.5

Titanium Wire 0.8 mm diameter, 99.8%
GX5183-10 10
EUR 104

Titanium Wire 0.8 mm diameter, 99.8%
GX5183-50 50
EUR 249.2

Titanium Wire 0.5 mm diameter, 99.8%
GX8854-10 10
EUR 88.9

Titanium Wire 0.5 mm diameter, 99.8%
GX8854-50 50
EUR 185.8

Titanium Wire 0.125 mm diameter, 99.6%
GX9535-10 10
EUR 172.7

Titanium Wire 0.125 mm diameter, 99.6%
GX9535-25 25
EUR 296.5

Titanium Wire 0.25 mm diameter, 99.6%
GX4071-25 25
EUR 163

Titanium Wire 0.25 mm diameter, 99.6%
GX4071-5 5
EUR 76.9

Titanium Wire 1.0 mm diameter, 99.8%
GX1280-10 10
EUR 111.5

Titanium Wire 1.0 mm diameter, 99.8%
GX1280-25 25
EUR 194

ICP Std Titanium 1000ug/mL in 1% HF + 5% HNO3
PTI2A9 100ML
EUR 221.95

ICP Std Titanium 1000ug/mL in 1% HF + 5% HNO3
PTI2C9 500ML
EUR 265.04

ICP Std Titanium 10000ug/mL in 1% HF + 5% HNO3
PTI4A9 100ML
EUR 208.9

Titanium Pellets 6 x 6 mm, 99.99%
GX6677-50 50
EUR 469.2

Titanium Pellets 6 x 6 mm, 99.8%
GX2634-50 50
EUR 211.8

Titanium(IV) carbide Nanopowder, 99 %
GX0735-10 10
EUR 140.2

Titanium(IV) carbide Nanopowder, 99 %
GX0735-100 100
EUR 557.7

Titanium(IV) carbide Nanopowder, 99 %
GX0735-25 25
EUR 217.9

Titanium(IV) carbide Nanopowder, 99 %
GX0735-50 50
EUR 281.9

Titanium(III) nitride Nanopowder, 97 %
GX0376-10 10
EUR 163

Titanium(III) nitride Nanopowder, 97 %
GX0376-100 100
EUR 666.8

Titanium(III) nitride Nanopowder, 97 %
GX0376-25 25
EUR 259.8

Titanium(III) nitride Nanopowder, 97 %
GX0376-50 50
EUR 369.9

Titanium(III) nitride Nanopowder, 97 %
GX0376-500 500
EUR 1782.5

Titanium Slugs ~5 x 10-12 mm, 99.6%
GX2325-50 50
EUR 366.5

ICP Std Titanium 100ug/mL in 1% HF + 5% HNO3
PTI1A9 100ML
EUR 212.4

Titanium oxide Nanopowder, rutile, 99,5 %
GX3990-1 1
EUR 1005.2

Titanium oxide Nanopowder, rutile, 99,5 %
GX3990-100 100
EUR 221.7

Titanium oxide Nanopowder, rutile, 99,5 %
GX3990-250 250
EUR 358.4

Titanium oxide Nanopowder, rutile, 99,5 %
GX3990-50 50
EUR 129.6

Titanium tweezers, straight fine tip
43260012-1 1 Each
EUR 54.91

Titanium(IV) oxide Powder 220 nm, 95%
GX3163-1 1
EUR 120.5

Titanium(IV) oxide Powder 220 nm, 95%
GX3163-250 250
EUR 95

Titanium oxide Nanopowder, anatase, 99,5%
GX7199-1 1
EUR 1005.2

Titanium oxide Nanopowder, anatase, 99,5%
GX7199-100 100
EUR 221.7

Titanium oxide Nanopowder, anatase, 99,5%
GX7199-250 250
EUR 392.6

Titanium oxide Nanopowder, anatase, 99,5%
GX7199-50 50
EUR 129.6

Titanium(IV) oxide-Nano Powder (anatase)
GX6311-GX6311100g GX6311-100g
EUR 409

Titanium(IV) oxide-Nano Powder (anatase)
GX6311-GX631125g GX6311-25g
EUR 167.9

Titanium(IV) chloride-2-tetrahydrofuran
GX0530-10 10
EUR 113.1

Titanium dioxide, 99%, Ph. Eur., BP, USP grade
GX1193-1 1
EUR 84.4

Titanium Powder spherical 125-250 micron, 99.8%
GX5904-100 100
EUR 164.5

Titanium Powder spherical 45-75 micron, 99.8%
GX7105-100 100
EUR 164.5

Titanium Powder spherical 75-125 micron, 99.8%
GX9053-100 100
EUR 164.5

NorPro(TM) Titanium(IV) oxide catalyst support
GX2311-1 1
EUR 262.3

NorPro(TM) Titanium(IV) oxide catalyst support
GX2311-500 500
EUR 163

Titanium Powder max. 30 micron, under water, 95+%
GX4353-100 100
EUR 456.1

Kinesis Hollow Cathode Lamp Titanium 37mm Std
CHR6049 EACH
EUR 310.73

Titanium 1000 ug/g (1000 PPM) for AA and ICP 50 grams in Base Oil 20
ORG-TI8-2Z 50G
EUR 79.2

Titanium 5000 ug/g (5000 PPM) for AA and ICP 50 grams in Base Oil 75
ORG-TI8-4Z 50G
EUR 85.2

Titanium Powder spherical 125-250 micron, Grade 1
GX3946-100 100
EUR 147.6

Kinesis Hollow Cathode Lamp Titanium 37mm unicam
CHR6050 EACH
EUR 362.96

Kinesis Hollow Cathode Lamp Titanium 37mm Varian
CHR6051 EACH
EUR 362.96

Kinesis Hollow Cathode Lamp Titanium 50mm Standard
CHR6052 EACH
EUR 362.96

Lead titanate, 99.9%
GX9735-100 100
EUR 210.1

Tweezer, Titanium, Micro Fine Tip Fine Precision, 115mm
43260013-1 1 Each
EUR 94.4

Titanium oxide Nanopowder, rutile, coated with SiO2, 99 %
GX9270-250 250
EUR 575.1

Titanium oxide Nanopowder, rutile, coated with SiO2, 99 %
GX9270-50 50
EUR 268.8

Titanium oxide Nanopowder, rutile, 99% [APS 200nm, spherical]
GX4909-1 1
EUR 373

Titanium oxide Nanopowder, rutile, 99% [APS 200nm, spherical]
GX4909-250 250
EUR 265.7

Titanium oxide Nanopowder, rutile, 99% [APS 200nm, spherical]
GX4909-50 50
EUR 116.1

Titanium(IV) carbide Nanopowder, 99% [APS ~40nm, SSA NLT 50m2/g]
GX6027-10 10
EUR 181.6

Titanium(IV) carbide Nanopowder, 99% [APS ~40nm, SSA NLT 50m2/g]
GX6027-100 100
EUR 773

Titanium(IV) carbide Nanopowder, 99% [APS ~40nm, SSA NLT 50m2/g]
GX6027-25 25
EUR 287.8

Titanium(IV) carbide Nanopowder, 99% [APS ~40nm, SSA NLT 50m2/g]
GX6027-50 50
EUR 413.7

Titanium(IV) carbide Nanopowder, 99% [APS ~40nm, SSA NLT 50m2/g]
GX6027-500 500
EUR 2241.3

Kinesis Hollow Cathode Lamp Titanium 50mm PE AAnalyst (Lumina)
CHR6053 EACH
EUR 488.29

Titanium (diisopropoxide) bis (2,4-pentanedionate); 75% in isopropanol
GX2370-2 2
EUR 313

Titanium (diisopropoxide) bis (2,4-pentanedionate); 75% in isopropanol
GX2370-500 500
EUR 117.5

Assurance Grade Titanium for AA and ICP 1000 ug/mL (1000 PPM) 30mL in H2O
PLTI9-2M 30ML
EUR 34.8

Kinesis CV Cartridge Inlet (Titanium) Gilson 5/10/25 SC and WSC H1
CHR6161 EACH
EUR 129.6

Assurance Grade Titanium for AA and ICP 10000 ug/mL (10000 PPM) 500mL in 40% HCl
PLTI5-3X 500ML
EUR 338.4

Assurance Grade Titanium for AA and ICP 1000 ug/mL (1000 PPM) 500mL in 20% HCl
PLTI52X 500ML
EUR 199.2

Kinesis CV Cartridge Outlet (Titanium) Gilson 5/10/25 SC and WSC H1 H2
CHR6162 EACH
EUR 129.6

Assurance Grade Titanium for AA and ICP 1000 ug/mL (1000 PPM) 250mL in H2O / 0.24 F
PLTI9-2T 250ML
EUR 111.6

Assurance Grade Titanium for AA and ICP 1000 ug/mL (1000 PPM) 500mL in H2O / 0.24 F
PLTI9-2X 500ML
EUR 150

Assurance Grade Titanium for AA and ICP 1000 ug/mL (1000 PPM) 125mL in H2O / 0.24 F
PLTI9-2Y01 125ML
EUR 66

Assurance Grade Titanium for AA and ICP 10000 ug/mL (10000 PPM) 500mL in H2O / 2.4% F
PLTI9-3X 500ML
EUR 272.4

Assurance Grade Titanium for AA and ICP 10000 ug/mL (10000 PPM) 125mL in H2O / 2.4% F
PLTI93Y 125ML
EUR 110.4

Claritas PPT Grade Titanium for ICP-MS 1000 ug/mL (1000 PPM) 30mL in H2O / 0.24% F-
CLTI9-2M 30ML
EUR 49.32

Claritas PPT Grade Titanium for ICP-MS 1000 ug/mL (1000 PPM) 125mL in H2O / 0.24% F-
CLTI9-2Y 125ML
EUR 110.4

Titanium Aluminium Vanadium Ti-6Al-4V Powder sperical 75-125 micron
GX2412-100 100
EUR 135.6

Titanium Aluminium Vanadium Ti-6Al-4V Powder spherical 45-75 micron, Grade 5
GX0348-100 100
EUR 135.6

Lead
AG010 1 mg
EUR 627.6

Lead (Pb)
AT010 1mg
EUR 1641.6

isa lead
ISA30 ea
EUR 150

Lead Powder
GX1060-1 1
EUR 189

lead electrode
ISE30B ea
EUR 392.4

Standard for Lead Ise 475ML 0.1M Lead Perchlorate
948206 EACH
EUR 236.4

Lead(II) acetate trihydrate, 99.5+%
GX8891-1 1
EUR 138.6

Lead(II) iodide
20-abx186488
  • EUR 260.40
  • EUR 493.20
  • EUR 360.00
  • 100 g
  • 1 kg
  • 500 g

Lead (II) chloride
LB0560 250g
EUR 71.48

Lead zirconate, 99.7%
GX5440-100 100
EUR 179.3

Lead tungstate, 99.9%
GX7052-100 100
EUR 197

Lead tungstate, 99.9%
GX7052-25 25
EUR 101

Lead acetete paper
PAP1122 EACH
EUR 25.2

Lead Acetate Cotton
1048101 10G
EUR 182.4

Lead(II) oxide, 99%
GX3757-500G 500 g
EUR 156

Lead Foil 0.5mm, 99.999%
GX4682-100 100
EUR 623.4

Lead(II) oxide, 99.999%
GX5568-100 100
EUR 272.2
The impact was partially reversed by zinc supplementation. Taken collectively, these findings reveal that CLIP170 is a novel molecular goal of ATO and display the aptitude and underlying mechanisms of ATO as a possible antimetastatic agent for HNSCC therapy.
Tags:
A Systematic Review Comparing Mineral Trioxide Aggregate to Other Commercially Available Direct Pulp Capping Agents in Dogs
Retrieval of Extruded Mineral Trioxide Aggregate Using a Novel Suction Device.

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