The homeodomain transcription issue orthopedia (Otp) is an evolutionarily conserved regulator of neuronal fates. In vertebrates, Otp is important for the correct improvement of various areas of the mind and is required in the diencephalon to specify a number of hypothalamic cell varieties, together with the cells that management the stress response. To perceive how this broadly expressed transcription issue accomplishes hypothalamus-specific capabilities, we carried out a complete screening of otp cis-regulatory areas in zebrafish.
Here, we report the identification of an evolutionarily conserved vertebrate enhancer module with exercise in a restricted space of the forebrain, which incorporates the region of the hypothalamus that controls the stress response. This region consists of neurosecretory cells producing Corticotropin-releasing hormone (Crh), Oxytocin (Oxt) and Arginine vasopressin (Avp), that are key elements of the stress axis. Lastly, expression of the bacterial nitroreductase gene beneath this particular enhancer allowed pharmacological attenuation of the stress response in zebrafish larvae.
Vertebrates share many mobile and molecular elements of the stress response and our work recognized a hanging conservation at the cis-regulatory stage of a key hypothalamic developmental gene. In addition, this enhancer offers a great tool to govern and visualize stress-regulatory hypothalamic cells in vivo with the long-term aim of understanding the ontogeny of the stress axis in vertebrates. The paraventricular nucleus (PVN) in mammals is the main hypothalamic nucleus controlling hormone launch in the pituitary and performs pivotal roles in homeostasis.
While the location of a PVN-homologous region has been described in grownup fish as the neurosecretory preoptic space (NPO), this region has not been clearly outlined in larval zebrafish as a result of the issue in defining cytoarchitectonic nuclear boundaries in the larval mind. Here we establish the exact location of the larval zebrafish NPO utilizing conserved transcription issue and neuropeptide gene expressions. Our outcomes establish the dorsal half of the preoptic-hypothalamic orthopedia a (otpa) area as the larval NPO and the homologous region to the mammalian PVN. Further, by reconstructing the areas of cells producing zebrafish neuropeptides discovered in the mammalian PVN, we offer the first 3D association map of NPO neuropeptides in the larval zebrafish mind.
vglut2 and gad expression reveal distinct patterns of twin GABAergic versus glutamatergic cotransmitter phenotypes of dopaminergic and noradrenergic neurons in the zebrafish mind.
Throughout the vertebrate lineage, dopaminergic neurons type vital neuromodulatory programs that affect motor habits, temper, cognition, and physiology. Studies in mammals have established that dopaminergic neurons usually use γ-aminobutyric acid (GABA) or glutamatergic cotransmission throughout improvement and physiological perform. Here, we analyze vglut2, gad1b and gad2 expression in mixture with tyrosine hydroxylase immunoreactivity in 4-day-old larval and 30-day-old juvenile zebrafish brains to find out which dopaminergic and noradrenergic teams might use GABA or glutamate as a second transmitter.
Our outcomes present that the majority dopaminergic neurons additionally categorical GABAergic markers, together with the dopaminergic teams of the olfactory bulb (homologous to mammalian A16) and the subpallium, the hypothalamic teams (A12, A14), the prethalamic zona incerta group (A13), the preoptic teams (A15), and the pretectal group. Thus, the majority of catecholaminergic neurons are gad1b/2-positive and coexpress GABA. A only a few gad1/2-negative dopaminergic teams, nonetheless, categorical vglut2 as a substitute and use glutamate as a second transmitter.
These glutamatergic twin transmitter phenotypes are the Orthopedia transcription factor-dependent, A11-type dopaminergic neurons of the posterior tuberculum. All collectively, our outcomes exhibit that each one catecholaminergic teams in zebrafish are both GABAergic or glutamatergic. Thus, cotransmission of dopamine and noradrenaline with both GABA or glutamate seems to be a daily function of zebrafish catecholaminergic programs. We examine our outcomes with these which have been described for mammalian programs, talk about the phenomenon of transmitter dualism in the context of developmental specification of GABAergic and glutamatergic areas in the mind, and put this phenomenon in an evolutionary perspective.
Interobserver variability for the WHO classification of pulmonary carcinoids.
Pulmonary carcinoids are neuroendocrine tumors histopathologically subclassified into typical (TC; no necrosis, <2 mitoses per 2 mm) and atypical (AC; necrosis or 2 to 10 mitoses per 2 mm). The reproducibility of lung carcinoid classification, nonetheless, has not been extensively studied and could also be hampered by the presence of pyknotic apoptosis mimicking mitotic figures. Furthermore, prediction of prognosis based mostly on histopathology varies, particularly for ACs.
We examined the presence of interobserver variation between 5 skilled pulmonary pathologists who reviewed 123 initially recognized pulmonary carcinoid circumstances. The tumors have been subsequently redistributed over three teams: unanimously labeled circumstances, consensus circumstances (4/5 pathologists rendered an identical analysis), and disagreement circumstances (divergent analysis by ≥2 assessors). κ-values have been calculated, and outcomes have been correlated with scientific follow-up and molecular information.
When specializing in the 114/123 circumstances unanimously labeled as pulmonary carcinoids, the interobserver settlement was solely truthful (κ=0.32). Of these 114 circumstances, 55% have been unanimously labeled, 25% reached consensus classification, and for 19% there was no consensus. ACs have been considerably extra usually in the latter class (P=0.00038). The designation of TCs and ACs by ≥three assessors was not related to prognosis (P=0.11).
 13 mm Diameter Tapped Titanium Tip |
|
0-120-0010 |
Biologics |
13 mm |
EUR 595 |
 13 mm Diameter Solid Titanium Tip |
|
0-120-0011 |
Biologics |
13 mm |
EUR 533 |
 19 mm Diameter Tapped Titanium Tip |
|
0-120-0012 |
Biologics |
19 mm |
EUR 639 |
 19 mm Diameter Solid Titanium Tip |
|
0-120-0013 |
Biologics |
19 mm |
EUR 570 |
 25 mm Diameter Tapped Titanium Tip |
|
0-120-0014 |
Biologics |
25 mm |
EUR 682 |
 25 mm Diameter Solid Titanium Tip |
|
0-120-0015 |
Biologics |
25 mm |
EUR 614 |
 Flat Replaceable Tips 13 mm Diameter Flat Titanium Tip |
|
0-120-0016 |
Biologics |
13 mm |
EUR 86 |
|
Description: use with corresponding Tapped Tips and Tapped Extender Tips |
 Flat Replaceable Tips 19 mm Diameter Flat Titanium Tip |
|
0-120-0017 |
Biologics |
19 mm |
EUR 92 |
|
Description: use with corresponding Tapped Tips and Tapped Extender Tips |
 Flat Replaceable Tips 25 mm Diameter Flat Titanium Tip |
|
0-120-0018 |
Biologics |
25 mm |
EUR 100 |
|
Description: use with corresponding Tapped Tips and Tapped Extender Tips |
 Titanium Cup Tip, 250 ml |
|
0-120-0019 |
Biologics |
250 ml |
EUR 1377 |
|
Description: includes Interface Washers |
) Microtube Tray, 8 Position (for 250 ml Cup Tip) |
|
0-120-0021 |
Biologics |
each |
EUR 113 |
|
Description: includes Interface Washers |
 Continuous Flow Chamber |
|
0-120-0026 |
Biologics |
each |
EUR 774 |
|
Description: includes Interface Washers |
 Interface Washers 1.5” Diameter, 5/Pkg |
|
0-120-003 |
Biologics |
1.5'' Diameter |
EUR 31 |
 13 mm Diameter Solid Titanium Extender Tip |
|
0-120-0032 |
Biologics |
13 mm |
EUR 301 |
 13 mm Diameter Tapped Titanium Extender Tip |
|
0-120-0033 |
Biologics |
13 mm |
EUR 362 |
 19 mm Diameter Solid Titanium Extender Tip |
|
0-120-0034 |
Biologics |
19 mm |
EUR 315 |
 19 mm Diameter Tapped Titanium Extender Tip |
|
0-120-0035 |
Biologics |
19 mm |
EUR 375 |
 25 mm Diameter Solid Titanium Extender Tip |
|
0-120-0036 |
Biologics |
25 mm |
EUR 328 |
 25 mm Diameter Tapped Titanium Extender Tip |
|
0-120-0037 |
Biologics |
25 mm |
EUR 389 |
 KoldPod, 1.5ml Micro Tube |
|
0-120-0038 |
Biologics |
1.5 ml |
EUR 152 |
|
Description: Thermo conductive tube pods |
 KoldPod, 15ml Conical Tube |
|
0-120-0039 |
Biologics |
15 ml |
EUR 275 |
|
Description: Thermo conductive tube pods |
 KoldPod, 50ml Conical Tube |
|
0-120-0040 |
Biologics |
50 ml |
EUR 290 |
|
Description: Thermo conductive tube pods |
 Model 150 V/T Ultrasonic Homogenizer |
|
0-121-0002 |
Biologics |
210-240V/50-60Hz |
EUR 2920 |
|
|
|
Description: Delivers up to 150 Watts of ultrasonic power to the Titanium Tip. The Timer and Duty Cycle function increase preciosion in sample processing processing. |
 Model 300 V/T Ultrasonic Homogenizer |
|
0-122-0002 |
Biologics |
210-240V/50-60Hz |
EUR 3520 |
|
|
|
Description: Delivers up to 300 Watts of ultrasonic power to the Titanium Tip. The Timer and Duty Cycle function increase preciosion in sample. |
 SONABOZ Sound Abating Chamber |
|
0-125-0001 |
Biologics |
each |
EUR 1020 |
|
Description: Reduces cavitational sound emitted during processing. |
 Model 3000 Ultrasonic Homogenizer |
|
0-127-0002 |
Biologics |
210-240V/50-60Hz |
EUR 4120 |
|
|
|
Description: Delivers up to 300 Watts of ultrasonic power to the Titanium Tip and includes an intergrated Sound Abating Chmaber to reduce cavitational sound emitted during processing. The Timer and Duty Cycle function increase preciosion in sample. |
 Model 3000MP Ultrasonic Homogenizer |
|
0-128-0002 |
Biologics |
210-240V/50-60Hz |
EUR 4720 |
|
|
|
Description: Delivers up to 300 Watts of ultrasonic power to the Titanium Tip with preciosion control from a microprocessor and a graphical user interface displayed on a large (145 mm) LCD display. The integrated Sound Abating Chamber reduces cavitational sound emitted during processing. |
 OMNICON® Zone Reader, 210-240V/50-60Hz |
|
0-131-0002 |
Biologics |
210-240V/50-60Hz |
EUR 35200 |
|
|
|
Description: Designed to Perform multi-plate Assays on round 90/100mm Petri Dishes. The integrated LED illumination system provides transmitted light for brightfield and darkfield illumination of transparent media. |
 OMNI-Noculator Peni Cylinder Filler, 210-240V/50-60Hz |
|
0-134-0002 |
Biologics |
210-240V/50-60Hz |
EUR 32200 |
|
|
|
Description: A robotic liquid handling system designed to dispense Peni Cylinders and fill Peni Cylinders with the corresponding antibiotic liquid sample. |
 Peni Cylinder Dispenser with Manual Hopper |
|
0-144-0002 |
Biologics |
each |
EUR 5406 |
|
|
|
Description: Dispenser can be configured to dispense 4 or 6 Peni Cylinders onto a petri dish. |
 Peni Cylinder Dispenser with Motorized Hopper, 100-240V/50-60Hz |
|
0-144-0003 |
Biologics |
100-240V/50-60Hz |
EUR 6254 |
|
Description: The motorized hopper can be configured to dispense 4 or 6 Peni Cylinders onto a petri Dispenser can be disassembled for disinfection. |
 Stainless Steel Peni Cylinder with Flat Face |
|
0-144-0005 |
Biologics |
6mm I.D. x 8mm O.D. x 10mm Long |
EUR 399 |
|
Description: sold in packages of 100 pieces |
 Stainless Steel Peni Cylinder with Chamfered Face |
|
0-144-0006 |
Biologics |
6mm I.D. x 8mm O.D. x 10mm Long |
EUR 412 |
|
Description: sold in packages of 100 pieces |
) Custom development of ELISAs for other species or antibody isotypes not listed in the catalog. Custom testing of samples for IgG/IgM/IgA or total (IgG+IgM+IgA) |
|
000-CUS |
Alpha Diagnostics |
Custom |
EUR 602 |
 Alpha-Bungarotoxin, CF®405S, 500 ug |
|
00002 |
Biotium |
1UG |
EUR 527 |
|
|
|
Description: Alpha-bungarotoxin from Krait snake venom (Bungarus multicinctus) |
 Alpha-bungarotoxin, CF405s |
|
00002 |
Cusabio |
500uG |
EUR 594 |
|
Description: Minimum order quantity: 1 unit of 500uG |
Alpha-Bungarotoxin, CF®405S, 500 ug |
|
00002-1 |
Biotium |
EA |
EUR 527 |
 Alpha-Bungarotoxin, CF®405S 100ug |
|
00002-100ug |
Biotium |
100uG |
EUR 132 |
|
|
|
Description: Alpha-bungarotoxin from Krait snake venom (Bungarus multicinctus) |
 Alpha-Bungarotoxin, CF®680R, 500 ug |
|
9-00003 |
Biotium |
-
Ask for price
-
Ask for price
|
|
|
|
|
Description: Alpha-bungarotoxin from Krait snake venom (Bungarus multicinctus) |
Alpha-Bungarotoxin, CF®680R, 500 ug |
|
00003-1 |
Biotium |
EA |
EUR 527 |
 Alpha-Bungarotoxin, CF®680R 100ug |
|
9-00003 |
Biotium |
-
Ask for price
-
Ask for price
|
|
|
|
|
Description: Alpha-bungarotoxin from Krait snake venom (Bungarus multicinctus) |
 Alpha-Bungarotoxin, CF®640R, 500 ug |
|
9-00004 |
Biotium |
-
Ask for price
-
Ask for price
|
|
|
|
|
Description: Alpha-bungarotoxin from Krait snake venom (Bungarus multicinctus) |
Alpha-Bungarotoxin, CF®640R, 500 ug |
|
00004-1 |
Biotium |
EA |
EUR 527 |
 Alpha-Bungarotoxin, CF®640R 100ug |
|
9-00004 |
Biotium |
-
Ask for price
-
Ask for price
|
|
|
|
|
Description: Alpha-bungarotoxin from Krait snake venom (Bungarus multicinctus) |
 Alpha-Bungarotoxin, CF®488A, 500 ug |
|
9-00005 |
Biotium |
-
Ask for price
-
Ask for price
|
|
|
|
|
Description: Alpha-bungarotoxin from Krait snake venom (Bungarus multicinctus) |
Alpha-Bungarotoxin, CF®488A, 500 ug |
|
00005-1 |
Biotium |
EA |
EUR 527 |
 Alpha-Bungarotoxin CF®488A 100ug |
|
9-00005 |
Biotium |
-
Ask for price
-
Ask for price
|
|
|
|
|
Description: Alpha-bungarotoxin from Krait snake venom (Bungarus multicinctus) |
 Alpha-Bungarotoxin, CF®568, 500 ug |
|
9-00006 |
Biotium |
-
Ask for price
-
Ask for price
|
|
|
|
|
Description: Alpha-bungarotoxin from Krait snake venom (Bungarus multicinctus) |
Alpha-Bungarotoxin, CF®568, 500 ug |
|
00006-1 |
Biotium |
EA |
EUR 527 |
 Alpha-Bungarotoxin, CF®568 100ug |
|
9-00006 |
Biotium |
-
Ask for price
-
Ask for price
|
|
|
|
|
Description: Alpha-bungarotoxin from Krait snake venom (Bungarus multicinctus) |
 Alpha-Bungarotoxin, CF®594, 500 ug |
|
9-00007 |
Biotium |
-
Ask for price
-
Ask for price
|
|
|
|
|
Description: Alpha-bungarotoxin from Krait snake venom (Bungarus multicinctus) |
Alpha-Bungarotoxin, CF®594, 500 ug |
|
00007-1 |
Biotium |
EA |
EUR 527 |
 Alpha-Bungarotoxin CF®594 100ug |
|
9-00007 |
Biotium |
-
Ask for price
-
Ask for price
|
|
|
|
|
Description: Alpha-bungarotoxin from Krait snake venom (Bungarus multicinctus) |
 Alpha-Bungarotoxin, CF®633, 500 ug |
|
9-00009 |
Biotium |
-
Ask for price
-
Ask for price
|
|
|
|
|
Description: Alpha-bungarotoxin from Krait snake venom (Bungarus multicinctus) |
Alpha-Bungarotoxin, CF®633, 500 ug |
|
00009-1 |
Biotium |
EA |
EUR 527 |
 Alpha-Bungarotoxin, CF®633 100ug |
|
9-00009 |
Biotium |
-
Ask for price
-
Ask for price
|
|
|
|
|
Description: Alpha-bungarotoxin from Krait snake venom (Bungarus multicinctus) |
 SARS-CoV-2 Indicator Cell Line for RNA Replication - GFP Reporter only |
|
0001-PP-001 |
IBT Bioservices |
1 cell line (can order x amount) |
EUR 12000 |
|
Description: SARS-CoV-2 GFP reporter cell line using HEK293T (ACE2/TMPRSS2) cells |
 Alpha-Bungarotoxin, 1 mg |
|
00010-1 |
Biotium |
1MG |
EUR 193 |
|
|
|
Description: Alpha-bungarotoxin from Krait snake venom (Bungarus multicinctus) |
Alpha-Bungarotoxin, 1 mg |
|
00010-1-1 |
Biotium |
EA |
EUR 193 |
 Fluorescein-Alpha-Bungarotoxin, 500 ug |
|
00011 |
Biotium |
500uG |
EUR 376 |
|
|
|
Description: Alpha-bungarotoxin from Krait snake venom (Bungarus multicinctus) |
Fluorescein-Alpha-Bungarotoxin, 500 ug |
|
00011-1 |
Biotium |
EA |
EUR 376 |
 Tetramethylrhodamine-Alpha-Bungarotoxin, 500 ug |
|
00012 |
Biotium |
500uG |
EUR 394 |
|
|
|
Description: Alpha-bungarotoxin from Krait snake venom (Bungarus multicinctus) |
Tetramethylrhodamine-Alpha-Bungarotoxin, 500 ug |
|
00012-1 |
Biotium |
EA |
EUR 394 |
 Fluorescein-alpha-bungarotoxin, 10x50ug |
|
00013 |
Biotium |
10ST |
EUR 436 |
|
|
|
Description: Alpha-bungarotoxin from Krait snake venom (Bungarus multicinctus) |
Fluorescein-alpha-bungarotoxin, 10x50ug |
|
00013-1 |
Biotium |
EA |
EUR 436 |
 Tetramethylrhodamine-A-Bungarotoxin, 10x50 ug |
|
00014 |
Biotium |
10ST |
EUR 494 |
|
|
|
Description: Alpha-bungarotoxin from Krait snake venom (Bungarus multicinctus) |
Tetramethylrhodamine-A-Bungarotoxin, 10x50 ug |
|
00014-1 |
Biotium |
EA |
EUR 494 |
 Sulforhodamine 101-Alpha-Bungarotoxin, 500 ug |
|
00015 |
Biotium |
500uG |
EUR 494 |
|
|
|
Description: Alpha-bungarotoxin from Krait snake venom (Bungarus multicinctus) |
Sulforhodamine 101-Alpha-Bungarotoxin, 500 ug |
|
00015-1 |
Biotium |
EA |
EUR 494 |
 Sulforhodamine 101-Alpha-Bungarotoxin, 50 ug |
|
00016 |
Biotium |
10ST |
EUR 560 |
|
|
|
Description: Alpha-bungarotoxin from Krait snake venom (Bungarus multicinctus) |
Sulforhodamine 101-Alpha-Bungarotoxin, 50 ug |
|
00016-1 |
Biotium |
EA |
EUR 560 |
 Biotin-XX-A-Bungarotoxin, 500 ug |
|
00017 |
Biotium |
500uG |
EUR 455 |
|
|
|
Description: Alpha-bungarotoxin from Krait snake venom (Bungarus multicinctus) |
Biotin-XX-A-Bungarotoxin, 500 ug |
|
00017-1 |
Biotium |
EA |
EUR 455 |
 Alpha-Bungarotoxin, CF®555, 500 ug |
|
9-00018 |
Biotium |
-
Ask for price
-
Ask for price
|
|
|
|
|
Description: Alpha-bungarotoxin from Krait snake venom (Bungarus multicinctus) |
Alpha-Bungarotoxin, CF®555, 500 ug |
|
00018-1 |
Biotium |
EA |
EUR 527 |
 Alpha-Bungarotoxin, CF®555 100ug |
|
9-00018 |
Biotium |
-
Ask for price
-
Ask for price
|
|
|
|
|
Description: Alpha-bungarotoxin from Krait snake venom (Bungarus multicinctus) |
 Biotin-cAMP, 1 mg |
|
00020 |
Biotium |
1MG |
EUR 298 |
|
|
|
Description: N/A |
Biotin-cAMP, 1 mg |
|
00020-1 |
Biotium |
20ST |
EUR 298 |
|
|
|
Description: N/A |
 Biotin-cAMP, 50 ug |
|
00020-1-1 |
Biotium |
EA |
EUR 414 |
 Biotin-cGMP, 1 mg |
|
00021 |
Biotium |
1MG |
EUR 331 |
|
|
|
Description: N/A |
Biotin-cGMP, 1 mg |
|
00021-1 |
Biotium |
20ST |
EUR 331 |
|
|
|
Description: N/A |
 Biotin-cGMP, 20x50 ug |
|
00021-1-1 |
Biotium |
EA |
EUR 447 |
 Cyanine 644-cAMP, 1 mg |
|
00022 |
Biotium |
1MG |
EUR 496 |
|
|
|
Description: N/A |
Cyanine 644-cAMP, 1 mg |
|
00022-1 |
Biotium |
20ST |
EUR 496 |
|
|
|
Description: N/A |
 Cyanine 644-cAMP, 20x50 ug |
|
00022-1-1 |
Biotium |
EA |
EUR 647 |
 Fluorescein Methotrexate, Triammonium Salt, 1 mg |
|
00023 |
Biotium |
1MG |
EUR 285 |
|
|
|
Description: N/A |
Fluorescein Methotrexate, Triammonium Salt, 1 mg |
|
00023-1 |
Biotium |
EA |
EUR 285 |
 Staurosporine |
|
00025 |
Biotium |
100uG |
EUR 100 |
|
|
|
Description: N/A |
Staurosporine |
|
00025-1 |
Biotium |
EA |
EUR 100 |
 Alpha-Bungarotoxin, CF®543, 500 ug |
|
00026 |
Biotium |
500uG |
EUR 527 |
|
|
|
Description: Alpha-bungarotoxin from Krait snake venom (Bungarus multicinctus) |
Alpha-Bungarotoxin, CF®543, 500 ug |
|
00026-1 |
Biotium |
EA |
EUR 527 |
 Alpha-Bungarotoxin, CF®543, 100 ug |
|
00026-100ug |
Biotium |
1UG |
EUR 132 |
|
|
|
Description: Alpha-bungarotoxin from Krait snake venom (Bungarus multicinctus) |
 Rhodamine Phalloidin 300U |
|
00027 |
Biotium |
300 |
EUR 364 |
|
|
|
Description: N/A |
Rhodamine Phalloidin 300U |
|
00027-1 |
Biotium |
EA |
EUR 364 |
 Biotin-XX-Phalloidin |
|
00028 |
Biotium |
100U |
EUR 466 |
|
|
|
Description: N/A |
Biotin-XX-Phalloidin |
|
00028-1 |
Biotium |
EA |
EUR 466 |
 Fluorescein-Phalloidin |
|
00030 |
Biotium |
300U |
EUR 364 |
|
|
|
Description: N/A |
Fluorescein-Phalloidin |
|
00030-1 |
Biotium |
EA |
EUR 364 |
 Rhodamine 110 Phalloidin |
|
00032 |
Biotium |
300ST |
EUR 364 |
|
|
|
Description: N/A |
Rhodamine 110 Phalloidin |
|
00032-1 |
Biotium |
EA |
EUR 364 |
 Phalloidin) Sulforhodamine 101 (Texas Red®) Phalloidin |
|
00033 |
Biotium |
300EU |
EUR 364 |
|
|
|
Description: N/A |
Sulforhodamine 101 (Texas Red®) Phalloidin |
|
00033-1 |
Biotium |
EA |
EUR 364 |
 Phalloidin, CF®405M |
|
00034 |
Biotium |
300U |
EUR 482 |
|
|
|
Description: N/A |
Phalloidin, CF®405M |
|
00034-1 |
Biotium |
EA |
EUR 482 |
Phalloidin, CF®405M |
|
00034-T |
Biotium |
50U |
EUR 101 |
|
|
|
Description: N/A |
Phalloidin, CF®405M |
|
00034-T-1 |
Biotium |
EA |
EUR 101 |
 CF®488A-cAMP |
|
00036 |
Biotium |
100ug |
EUR 136 |
|
|
|
Description: N/A |
CF®488A-cAMP |
|
00036-1 |
Biotium |
EA |
EUR 136 |
 CF®640R-cAMP |
|
00037 |
Biotium |
100ug |
EUR 136 |
|
|
|
Description: N/A |
CF®640R-cAMP |
|
00037-1 |
Biotium |
EA |
EUR 136 |
 Phalloidin, CF555 |
|
00040 |
Biotium |
300U |
EUR 530.4 |
|
Description: Minimum order quantity: 1 unit of 300U |
Phalloidin, CF555 |
|
00040-T |
Biotium |
50U |
EUR 159.6 |
|
Description: Minimum order quantity: 1 unit of 50U |
 Phalloidin, CF®647, 300 U |
|
00041 |
Biotium |
300U |
EUR 482 |
|
|
|
Description: N/A |
Phalloidin, CF®647, 300 U |
|
00041-1 |
Biotium |
EA |
EUR 482 |
 Phalloidin, CF®647, 50 U |
|
00041-T |
Biotium |
50U |
EUR 101 |
|
|
|
Description: N/A |
Phalloidin, CF®647, 50 U |
|
00041-T-1 |
Biotium |
EA |
EUR 101 |
 Phalloidin, CF®488A, 300 U |
|
00042 |
Biotium |
300U |
EUR 482 |
|
|
|
Description: N/A |
Phalloidin, CF®488A, 300 U |
|
00042-1 |
Biotium |
EA |
EUR 482 |
 Phalloidin, CF®488A, 50 U |
|
00042-T |
Biotium |
50U |
EUR 101 |
|
|
|
Description: N/A |
Phalloidin, CF®488A, 50 U |
|
00042-T-1 |
Biotium |
EA |
EUR 101 |
 Phalloidin, CF®543, 300 U |
|
00043 |
Biotium |
300U |
EUR 482 |
|
|
|
Description: N/A |
Phalloidin, CF®543, 300 U |
|
00043-1 |
Biotium |
EA |
EUR 482 |
 Phalloidin, CF®543, 50 U |
|
00043-T |
Biotium |
50U |
EUR 101 |
|
|
|
Description: N/A |
Phalloidin, CF®543, 50 U |
|
00043-T-1 |
Biotium |
EA |
EUR 101 |
 Phalloidin, CF®568, 300 U |
|
00044 |
Biotium |
300U |
EUR 482 |
|
|
|
Description: N/A |
Phalloidin, CF®568, 300 U |
|
00044-1 |
Biotium |
EA |
EUR 482 |
 Phalloidin, CF®568, 50 U |
|
00044-T |
Biotium |
50U |
EUR 101 |
|
|
|
Description: N/A |
Phalloidin, CF®568, 50 U |
|
00044-T-1 |
Biotium |
EA |
EUR 101 |
 Phalloidin, CF®594, 300 U |
|
00045 |
Biotium |
300U |
EUR 482 |
|
|
|
Description: N/A |
Phalloidin, CF®594, 300 U |
|
00045-1 |
Biotium |
EA |
EUR 482 |
 Phalloidin, CF®594, 50 U |
|
00045-T |
Biotium |
50U |
EUR 101 |
|
|
|
Description: N/A |
Phalloidin, CF®594, 50 U |
|
00045-T-1 |
Biotium |
EA |
EUR 101 |
 Phalloidin, CF®633, 300 U |
|
00046 |
Biotium |
300U |
EUR 482 |
|
|
|
Description: N/A |
Phalloidin, CF®633, 300 U |
|
00046-1 |
Biotium |
EA |
EUR 482 |
 Phalloidin, CF®633, 50 U |
|
00046-T |
Biotium |
50U |
EUR 101 |
|
|
|
Description: N/A |
Phalloidin, CF®633, 50 U |
|
00046-T-1 |
Biotium |
EA |
EUR 101 |
 Phalloidin, CF®660R, 300 U |
|
00047 |
Biotium |
300U |
EUR 482 |
|
|
|
Description: N/A |
Phalloidin, CF®660R, 300 U |
|
00047-1 |
Biotium |
EA |
EUR 482 |
 Phalloidin, CF®660R, 50 U |
|
00047-T |
Biotium |
50U |
EUR 101 |
|
|
|
Description: N/A |
Phalloidin, CF®660R, 50 U |
|
00047-T-1 |
Biotium |
EA |
EUR 101 |
 Phalloidin, CF®680R, 300 U |
|
00048 |
Biotium |
300U |
EUR 513 |
|
|
|
Description: N/A |
Phalloidin, CF®680R, 300 U |
|
00048-1 |
Biotium |
EA |
EUR 513 |
 Phalloidin, CF®680R, 50 U |
|
00048-T |
Biotium |
50U |
EUR 101 |
|
|
|
Description: N/A |
Phalloidin, CF®680R, 50 U |
|
00048-T-1 |
Biotium |
EA |
EUR 101 |
 Phalloidin, CF®350, 300 U |
|
00049 |
Biotium |
300U |
EUR 482 |
|
|
|
Description: N/A |
Phalloidin, CF®350, 300 U |
|
00049-1 |
Biotium |
EA |
EUR 482 |
 Phalloidin, CF®350, 50 U |
|
00049-T |
Biotium |
50U |
EUR 101 |
|
|
|
Description: N/A |
However, when disagreement circumstances have been allotted on the foundation of Ki-67 proliferative index (<5%; ≥5%) or nuclear orthopedia homeobox immunostaining (+; -), correlation with prognosis improved considerably (P=0.00040 and 0.0024, respectively). In conclusion, there’s a appreciable interobserver variation in the histopathologic classification of lung carcinoids, in explicit regarding ACs. Additional immunomarkers corresponding to Ki-67 or orthopedia homeobox might enhance classification and prediction of prognosis.
