Marine amphipods are gaining consideration in aquaculture as a pure reside meals different to conventional preys similar to brine shrimps (Artemia spp.). The usage of Artemia is handy for the tradition of many marine species, however usually problematic for some others, similar to seahorses and different marine decorative species. In contrast to Artemia, marine amphipods are consumed by fish of their pure atmosphere and present biochemical profiles that higher match the dietary necessities of marine fish, notably of polyunsaturated fatty acids (PUFA), together with eicosapentaenoic (EPA) and docosahexaenoic (DHA) acids. Regardless of their doubtlessly simple tradition, there aren’t any established tradition methods and a deeper information on the reproductive biology, dietary profiles and tradition methodologies remains to be wanted to potentiate the optimization of mass manufacturing.
The current examine assessed, for the primary time, the aquaculture potential of Parhyale hawaiensis and Elasmopus pectenicrus, two cosmopolitan marine gammarids (as per conventional schemes of classification) that purely proliferate within the wild and in aquaculture services. For that function, points of the inhabitants and reproductive biology of the species had been characterised after which a collection of laboratory-scale experiments had been carried out to find out amphipod productiveness, the time wanted to achieve sexual maturity by hatchlings (technology time), cannibalism diploma, the results of intercourse ratio on fecundity and the results of weight-reduction plan (shrimp weight-reduction plan, plant-based weight-reduction plan and business fish weight-reduction plan) on fecundity and juvenile progress.
P. hawaiensis confirmed the next whole size, moist weight), dry weight (10.5 ± 4.Four mg), females/males intercourse ratio (2.24), fecundity (12.8 ± 5.7 embryos per feminine), and gross vitality content material in comparison with E. pectenicrus (7.9 ± 1.2 mm whole size; 8.4 ± 4.Three mg moist weight; 5.7 ± 3.2 mg dry weight; 1.34 females/males intercourse ratio; 6.5 ± 3.9 embryos per feminine; 12.86 ± 0.82 kJ g-1 gross vitality content material). P. hawaiensis juvenile progress confirmed a small, however vital, discount by means of a plant-based weight-reduction plan in comparison with a business shrimp and fish weight-reduction plan; nevertheless, fecundity was not affected, supporting the potential use of cheap diets to mass produce amphipods as reside or frozen meals.
Potential limitations of P. hawaiensis might be their fairly lengthy technology instances and comparatively low fecundity stage. With an noticed productiveness price of 0.36 ± 0.08 juveniles per amphipod couple per day, P. hawaiensis might grow to be a specialty feed for species that can’t simply transition to a formulated weight-reduction plan similar to seahorses and different extremely priced marine decorative species.
Utilizing Immersive Applied sciences to Develop Medical Training Supplies
Ideas of contemporary surgical training for clerkship and residency had been established by the novel approaches of Sir William Osler, MD, Flexner report, and Halsted’s rules. The analysis of surgical training has continued to profit from the knowledge of the previous by harnessing applied sciences. Quickly altering and bettering the nature of the surgical procedure fostered that analysis and enforced the establishments to seek out new options for surgical training. P. hawaiensis, in contrast to E. pectenicrus, was simply maintained and propagated in laboratory situations.
Within the current descriptive technical report, our purpose was threefold: (1) to share acquired academic supplies primarily based on immersive applied sciences involving 3D-printing, Augmented Actuality (AR), and 360-degree video recording to enhance ongoing pediatric surgical procedure scholar coaching at our school, (2) to explain workflow underlying the development of the supplies, and (3) to offer approaches which will assist different college students and lecturers to develop their academic supplies. The academic supplies, together with 3D-printed fashions, AR hybrid scholar e-book, a hydrogel-based simulation mannequin of the kidney, and Mirror World Simulation, had been constructed.
The authors, who’re medical college students, led the development of the tutorial supplies, so the tutorial supplies had been formed by a collaboration between college students and pediatric surgeons. The supplies constructed enabled the scholars to apply surgical procedures and expertise totally different surgical environments. We consider these academic supplies can function a beneficial useful resource for coaching in lots of medical specialties sooner or later. This work was introduced on the American Faculty of Surgeons (ACS) High quality and Security Convention Digital, August 21-24, 2020.
Giant-Scale Counting and Localization of Pineapple Inflorescence Via Deep Density-Estimation
Pure flowering impacts fruit growth and high quality, and impacts the harvest of specialty crops like pineapple. Pineapple growers use chemical substances to induce flowering so that the majority crops inside a discipline produce fruit of top quality that is able to harvest on the identical time. Since pineapple is hand-harvested, the flexibility to reap the entire fruit of a discipline in a single move is important to cut back discipline losses, prices, and waste, and to maximise effectivity. Historically, attributable to excessive planting densities, pineapple growers have been restricted to gathering crop intelligence by guide inspection across the edges of the sector, giving them solely a restricted view of their crop’s standing.
) Human CD2 Differentiation Reporter (pGreenZeo, Virus) |
|
SR1009VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Human GFAP Differentiation Reporter (pGreenZeo, Virus) |
|
SR10015VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Human BM88 Differentiation Reporter (pGreenZeo, Virus) |
|
SR10021VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Human NGN3 Differentiation Reporter (pGreenZeo, Virus) |
|
SR10037VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Human PDX1 Differentiation Reporter (pGreenZeo, Virus) |
|
SR10039VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Human Oct4 Differentiation Reporter (pRedZeo, plasmid) |
|
SR10043PA-1 |
SBI |
10 ug |
EUR 1662 |
) Human MAP2 Differentiation Reporter (pGreenZeo, Virus) |
|
SR10047VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Human ACTC Differentiation Reporter (pGreenZeo, Virus) |
|
SR10049VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Human GFAP Differentiation Reporter (pRedZeo, Plasmid) |
|
SR10051PA-1 |
SBI |
10 ug |
EUR 1662 |
) Human Nanog Differentiation Reporter (pRedTK, plasmid) |
|
SR10055PA-1 |
SBI |
10 ug |
EUR 1662 |
) Human NKX2.5 Differentiation Reporter (pGreenZeo, virus) |
|
SR10067VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Human Tnnt2 Differentiation Reporter (pGreenZeo, Virus) |
|
SR10012VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Human CD11b Differentiation Reporter (pGreenZeo, Virus) |
|
SR10017VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Human Opsin Differentiation Reporter (pGreenZeo, Virus) |
|
SR10027VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Human LCK Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10032PA-1 |
SBI |
10 ug |
EUR 1662 |
) Human Nanog Differentiation Reporter (pRedZeo, plasmid) |
|
SR10042PA-1 |
SBI |
10 ug |
EUR 1662 |
) Human FABP7 Differentiation Reporter (pGreenZeo, Virus) |
|
SR10048VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Human B29 Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR1004PA-1 |
SBI |
10 ug |
EUR 1662 |
) Human CD2 Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR1009PA-1 |
SBI |
10 ug |
EUR 1662 |
) Human GFAP Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10015PA-1 |
SBI |
10 ug |
EUR 1662 |
) Human BM88 Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10021PA-1 |
SBI |
10 ug |
EUR 1662 |
) Human Nestin Differentiation Reporter (pGreenZeo, Virus) |
|
SR10035VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Human NGN3 Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10037PA-1 |
SBI |
10 ug |
EUR 1662 |
) Human PDX1 Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10039PA-1 |
SBI |
10 ug |
EUR 1662 |
) Human MAP2 Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10047PA-1 |
SBI |
10 ug |
EUR 1662 |
) Human ACTC Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10049PA-1 |
SBI |
10 ug |
EUR 1662 |
) Human NKX2.5 Differentiation Reporter (pGreenZeo, plasmid) |
|
SR10067PA-1 |
SBI |
10 ug |
EUR 1662 |
) Human Tnnt2 Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10012PA-1 |
SBI |
10 ug |
EUR 1662 |
) Human CD11b Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10017PA-1 |
SBI |
10 ug |
EUR 1662 |
) Human Opsin Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10027PA-1 |
SBI |
10 ug |
EUR 1662 |
) Human Insulin Differentiation Reporter (pGreenZeo, Virus) |
|
SR10028VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Human Nanog Differentiation Reporter (pGreenZeo, plasmid) |
|
SR10030PA-1 |
SBI |
10 ug |
EUR 1662 |
) Human FABP7 Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10048PA-1 |
SBI |
10 ug |
EUR 1662 |
) Human Nestin Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10035PA-1 |
SBI |
10 ug |
EUR 1662 |
) Human Insulin Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10028PA-1 |
SBI |
10 ug |
EUR 1662 |
) Human MLC-2v Differentiation Reporter (pGreenZeo, Virus) |
|
SR10011VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Human Osteocalcin Differentiation Reporter (pGreenZeo, Virus) |
|
SR1003VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
 Puro) Human GFAP Differentiation Reporter (pGreenZeo, Virus) Puro |
|
SR10015VA-P |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Human Oct-4 Differentiation Reporter (pGreenZeo, plasmid) |
|
SR10033PA-1 |
SBI |
10 ug |
EUR 1662 |
) Human HLA-DRa Differentiation Reporter (pGreenZeo, Virus) |
|
SR1007VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Human MLC-2v Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10011PA-1 |
SBI |
10 ug |
EUR 1662 |
) Human Keratin 14 Differentiation Reporter (pGreenZeo, Virus) |
|
SR10038VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Human Oct4 Differentiation Reporter (pRedTK, pre-packaged) |
|
SR10053VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Human Osteocalcin Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR1003PA-1 |
SBI |
10 ug |
EUR 1662 |
) Human Oct4 Differentiation Reporter (pRedZeo, pre-packaged) |
|
SR10043VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Human Nanog Differentiation Reporter (pRedTK, pre-packaged) |
|
SR10055VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Human HLA-DRa Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR1007PA-1 |
SBI |
10 ug |
EUR 1662 |
) Human Keratin 14 Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10038PA-1 |
SBI |
10 ug |
EUR 1662 |
) Human Nanog Differentiation Reporter (pRedZeo, pre-packaged) |
|
SR10042VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Human Nanog Differentiation Reporter (pGreenZeo, pre-packaged) |
|
SR10030VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
 Differentiation Reporter (pGreenZeo, Virus)) Human Doublecortin (DCX) Differentiation Reporter (pGreenZeo, Virus) |
|
SR10041VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
 Differentiation Reporter (pGreenZeo, Plasmid)) Human Doublecortin (DCX) Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10041PA-1 |
SBI |
10 ug |
EUR 1662 |
) Human Oct-4 Differentiation Reporter (pGreenZeo, pre-packaged) |
|
SR10033VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Human E-Cadherin, CDH1 Differentiation Reporter (pGreenZeo, virus) |
|
SR10070VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Mouse IBA-1 Differentiation Reporter (pGreenZeo, Virus) |
|
SR10019VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Human E-Cadherin, CDH1 Differentiation Reporter (pGreenZeo, plasmid) |
|
SR10070PA-1 |
SBI |
10 ug |
EUR 1662 |
) Mouse IBA-1 Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10019PA-1 |
SBI |
10 ug |
EUR 1662 |
) Rat NSE Differentiation Reporter (pGreenZeo, Virus) |
|
SR10024VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Rat NSE Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10024PA-1 |
SBI |
10 ug |
EUR 1662 |
) Mouse MBP Differentiation Reporter (pGreenZeo, Virus) |
|
SR10026VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Mouse Oct4 Differentiation Reporter (pRedTK, plasmid) |
|
SR10054PA-1 |
SBI |
10 ug |
EUR 1662 |
) Mouse B29 Differentiation Reporter (pGreenZeo, Virus) |
|
SR1005VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Mouse CD8 Differentiation Reporter (pGreenZeo, Virus) |
|
SR1006VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Human Alpha-Actin 2, ACTA2 Differentiation Reporter (pGreenZeo, virus) |
|
SR10068VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Mouse Actc Differentiation Reporter (pGreenZeo, Virus) |
|
SR10010VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Mouse GFAP Differentiation Reporter (pGreenZeo, Virus) |
|
SR10016VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Mouse EMR1 Differentiation Reporter (pGreenZeo, Virus) |
|
SR10018VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Mouse CD44 Differentiation Reporter (pGreenZeo, Virus) |
|
SR10020VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Rat Nestin Differentiation Reporter (pGreenZeo, Virus) |
|
SR10034VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Mouse ALBP Differentiation Reporter (pGreenZeo, Virus) |
|
SR10036VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Mouse PDX1 Differentiation Reporter (pGreenZeo, Virus) |
|
SR10040VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Mouse Oct4 Differentiation Reporter (pRedZeo, plasmid) |
|
SR10045PA-1 |
SBI |
10 ug |
EUR 1662 |
) Mouse Nanog Differentiation Reporter (pRedTK, plasmid) |
|
SR10056PA-1 |
SBI |
10 ug |
EUR 1662 |
) Mouse CD68 Differentiation Reporter (pGreenZeo, Virus) |
|
SR1008VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Mouse Tnnt2 Differentiation Reporter (pGreenZeo, Virus) |
|
SR10013VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Mouse SM22a Differentiation Reporter (pGreenZeo, Virus) |
|
SR10014VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Mouse GAD67 Differentiation Reporter (pGreenZeo, Virus) |
|
SR10023VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Mouse MBP Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10026PA-1 |
SBI |
10 ug |
EUR 1662 |
) Mouse Nanog Differentiation Reporter (pRedZeo, plasmid) |
|
SR10044AA-1 |
SBI |
10 ug |
EUR 1662 |
Mouse Nanog Differentiation Reporter (pRedZeo, plasmid) |
|
SR10044PA-1 |
SBI |
10 ug |
EUR 1662 |
) Mouse B29 Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR1005PA-1 |
SBI |
10 ug |
EUR 1662 |
) Mouse CD8 Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR1006PA-1 |
SBI |
10 ug |
EUR 1662 |
) Human Alpha-Actin 2, ACTA2 Differentiation Reporter (pGreenZeo, plasmid) |
|
SR10068PA-1 |
SBI |
10 ug |
EUR 1662 |
) Mouse Actc Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10010PA-1 |
SBI |
10 ug |
EUR 1662 |
) Mouse GFAP Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10016PA-1 |
SBI |
10 ug |
EUR 1662 |
) Mouse EMR1 Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10018PA-1 |
SBI |
10 ug |
EUR 1662 |
) Mouse Col2a1 Differentiation Reporter (pGreenZeo, Virus) |
|
SR1001VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Mouse CD44 Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10020PA-1 |
SBI |
10 ug |
EUR 1662 |
) Mouse Camk2a Differentiation Reporter (pGreenZeo, Virus) |
|
SR10022VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Rat Nestin Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10034PA-1 |
SBI |
10 ug |
EUR 1662 |
) Mouse ALBP Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10036PA-1 |
SBI |
10 ug |
EUR 1662 |
) Mouse PDX1 Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10040PA-1 |
SBI |
10 ug |
EUR 1662 |
) Mouse CD68 Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR1008PA-1 |
SBI |
10 ug |
EUR 1662 |
, EF1-Neo Marker) Human MLC-2v Differentiation Reporter (pGreenZeo, Virus), EF1-Neo Marker |
|
SR10011VA-N |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Mouse Tnnt2 Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10013PA-1 |
SBI |
10 ug |
EUR 1662 |
) Mouse SM22a Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10014PA-1 |
SBI |
10 ug |
EUR 1662 |
) Mouse GAD67 Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10023PA-1 |
SBI |
10 ug |
EUR 1662 |
) Mouse Col2a1 Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR1001PA-1 |
SBI |
10 ug |
EUR 1662 |
) Mouse Camk2a Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10022PA-1 |
SBI |
10 ug |
EUR 1662 |
) Mouse Myogenin Differentiation Reporter (pGreenZeo, Virus) |
|
SR10050VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Mouse Myogenin Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10050PA-1 |
SBI |
10 ug |
EUR 1662 |
) Mouse Oct-4 Differentiation Reporter (pGreenZeo, plasmid) |
|
SR10029PA-1 |
SBI |
10 ug |
EUR 1662 |
) Mouse Oct4 Differentiation Reporter (pRedTK, pre-packaged) |
|
SR10054VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Mouse Oct4 Differentiation Reporter (pRedZeo, pre-packaged) |
|
SR10045VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Mouse Nanog Differentiation Reporter (pRedTK, pre-packaged) |
|
SR10056VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Mouse Nanog Differentiation Reporter (pRedZeo, pre-packaged) |
|
SR10044VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Mouse Alpha-Tubulin Differentiation Reporter (pGreenZeo, Virus) |
|
SR10025VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Mouse Oct-4 Differentiation Reporter (pGreenZeo, pre-packaged) |
|
SR10029VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
) Mouse Nanog Stem Cell Differentiation Reporter (pGreenZeo, plasmid) |
|
SR10031PA-1 |
SBI |
10 ug |
EUR 1662 |
) Mouse Alpha-Tubulin Differentiation Reporter (pGreenZeo, Plasmid) |
|
SR10025PA-1 |
SBI |
10 ug |
EUR 1662 |
) Mouse Nanog Stem Cell Differentiation Reporter (pGreenZeo, pre-packaged) |
|
SR10031VA-1 |
SBI |
>2 x 10^6 IFUs |
EUR 691 |
 Human Myogenic Differentiation 1 ELISA Kit |
|
MBS3804238-10x96StripWells |
MyBiosource |
10x96-Strip-Wells |
EUR 6725 |
Human Myogenic Differentiation 1 ELISA Kit |
|
MBS3804238-48StripWells |
MyBiosource |
48-Strip-Wells |
EUR 550 |
Human Myogenic Differentiation 1 ELISA Kit |
|
MBS3804238-5x96StripWells |
MyBiosource |
5x96-Strip-Wells |
EUR 3420 |
Human Myogenic Differentiation 1 ELISA Kit |
|
MBS3804238-96StripWells |
MyBiosource |
96-Strip-Wells |
EUR 765 |
 Human BMSC Differentiation Bundle |
|
BR1011 |
celleng-tech |
n/a |
EUR 1376 |
|
Description: Cryopreserved vial of human bone marrow-derived mesenchymal stem cells (500,000 cells) and Chondrogenic Differentiation Media (450mL) |
 Human AdMSC Differentiation Bundle |
|
BR1012 |
celleng-tech |
n/a |
EUR 1376 |
|
Description: Cryopreserved vial of human adipose-derived mesenchymal stem cells (500,000 cells) and Chondrogenic Differentiation Media (450mL) |
 Human Growth Differentiation Factor 1 CLIA Kit |
|
MBS8425474-INQUIRE |
MyBiosource |
INQUIRE |
Ask for price |
 Human Growth Differentiation Factor 1 ELISA kit |
|
E01A4702 |
BlueGene |
96T |
EUR 700 |
|
Description: ELISA |
Human Growth Differentiation Factor 1 ELISA kit |
|
E01G0118-192T |
BlueGene |
192 tests |
EUR 1524 |
|
|
|
Description: A competitive ELISA for quantitative measurement of Human Growth Differentiation Factor 1 in samples from blood, plasma, serum, cell culture supernatant and other biological fluids. This is a high quality ELISA kit developped for optimal performance with samples from the particular species. |
Human Growth Differentiation Factor 1 ELISA kit |
|
E01G0118-48 |
BlueGene |
1 plate of 48 wells |
EUR 624 |
|
|
|
Description: A competitive ELISA for quantitative measurement of Human Growth Differentiation Factor 1 in samples from blood, plasma, serum, cell culture supernatant and other biological fluids. This is a high quality ELISA kit developped for optimal performance with samples from the particular species. |
Human Growth Differentiation Factor 1 ELISA kit |
|
E01G0118-96 |
BlueGene |
1 plate of 96 wells |
EUR 822 |
|
|
|
Description: A competitive ELISA for quantitative measurement of Human Growth Differentiation Factor 1 in samples from blood, plasma, serum, cell culture supernatant and other biological fluids. This is a high quality ELISA kit developped for optimal performance with samples from the particular species. |
 Human Growth Differentiation Factor 1 ELISA Kit |
|
MBS029418-10x96StripWells |
MyBiosource |
10x96-Strip-Wells |
EUR 6725 |
Human Growth Differentiation Factor 1 ELISA Kit |
|
MBS029418-48StripWells |
MyBiosource |
48-Strip-Wells |
EUR 550 |
Human Growth Differentiation Factor 1 ELISA Kit |
|
MBS029418-5x96StripWells |
MyBiosource |
5x96-Strip-Wells |
EUR 3420 |
Human Growth Differentiation Factor 1 ELISA Kit |
|
MBS029418-96StripWells |
MyBiosource |
96-Strip-Wells |
EUR 765 |
Human Growth Differentiation Factor 1 ELISA Kit |
|
IHUGDF1KT |
Innovative research |
each |
EUR 733 |
|
|
|
Description: Human Growth Differentiation Factor 1 ELISA Kit |
Human Growth Differentiation Factor 1 ELISA Kit |
|
MBS728609-48StripWellsCompetitive |
MyBiosource |
48-Strip-Wells-(Competitive) |
EUR 485 |
Human Growth Differentiation Factor 1 ELISA Kit |
|
MBS728609-48StripWellsSandwich |
MyBiosource |
48-Strip-Wells-(Sandwich) |
EUR 485 |
Human Growth Differentiation Factor 1 ELISA Kit |
|
MBS728609-5x96StripWellsCompetitive |
MyBiosource |
5x96-Strip-Wells-(Competitive) |
EUR 3020 |
Human Growth Differentiation Factor 1 ELISA Kit |
|
MBS728609-96StripWellsCompetitive |
MyBiosource |
96-Strip-Wells-(Competitive) |
EUR 690 |
Human Growth Differentiation Factor 1 ELISA Kit |
|
MBS728609-96StripWellsSandwich |
MyBiosource |
96-Strip-Wells-(Sandwich) |
EUR 690 |
Via the advances in distant sensing and laptop imaginative and prescient, we are able to allow the common inspection of the sector and automatic inflorescence counting enabling growers to optimize their administration practices. Our work makes use of a deep learning-based density estimation method to depend the variety of flowering pineapple crops in a discipline with a take a look at MAE of 11.5 and MAPD of 6.37%. Notably, the computational complexity of this methodology doesn’t rely on the variety of crops current and due to this fact effectively scale to simply detect over a 1.6 million flowering crops in a discipline. We additional embed this method in an lively studying framework for continuous studying and mannequin enchancment.
