Currently, the rice-fallow cropping is targeted for intensification in South Asia. Rice-fallow a rain-fed mono-cropping system remain fallow after rice due to lack of irrigation facilities and poor socio-economic conditions of the farmers. Nevertheless, there is scope including winter crops ecological adapt to limited water conditions of the rice-fallow effective moisture conservation practices.
This study aims to identify winter-crops adaptable and productive in the rice-fallow conditions and to evaluate different treatment based practices for water conservation plant formation soil, grain yield, economy and sustainability parameters. Six formation of different plants and management of residues (CERM) practice, namely, zero-tillage featured live rice (ZTDSR), zero-processing transplant rice (ZTTPR), puddled transplanted rice (PTR), ZTDSR with rice residue retention (ZTDSRR +) , ZTTPR with rice residue retention (ZTTPRR +), PTR with rice residue retention (PTRR +) as the main treatment-plots and five of winter crops (beans, lentils, safflower, flaxseed, and mustard) for the treatment of sub-plots were evaluated in split-plot design.
Productivity nuts seeds (beans and lentils) Higher oilseed crops in conditions of rice-fallow sequences Beans> Lentils> safflower> mustard> flaxseed. Among the CERM practices, care ZTDSRR + and ZTDSR increase grain yield of all winter crops on treatment PTR, which is mainly due to the retention of soil moisture is higher for an extended period. increase in grain yield with soil conservation practices that are prevalent in safflower (190%) followed by lentils (93%) and beans (70%).
grain rice yield was higher (7-35%) under treatment followed by treatment ZTDSR PTR. processing conservation practices (ZTDSR, ZTTPR) reduce the use of energy (11-20%) and an increase in energy over conventional tillage practice (PTR), were higher in rice-safflower, rice-lentil and rice-bean rotation. a higher net return achieved in safflower and rice-rice-bean rotation with treatment ZTDSRR +. Predicted greenhouse gas emissions were markedly reduced in the treatment ZTDSR (30%) compared to treatment ZTTPR and PTR.
Therefore, this study suggests that the growing intensification of rice-fallow with the influx of winter crops such as beans, lentils, and safflower follow soil conservation practices (ZTDSRR + in particular) can be a strategic choice to achieve the productivity of the system of higher profits economy, and the use of energy efficiency with reduced emissions of greenhouse gases.
Crop rotation and tillage management options for sustainable intensification of rice-fallow agro-ecosystem in eastern India
[Intensification with high-dose chemotherapy for germ cell tumor, is still the subject of ongoing?]
More than 80% of patients with metastatic germ cell tumor cured with first line chemotherapy. Twenty to 30% of patients will relapse or refractory disease with very poor long-term prognosis. Most of them had metastatic germ cell tumors with a poor prognosis according to a collaborative group of international germ cell classification (IGCCCG).
The role of treatment intensification with high-dose chemotherapy (HDCT) followed by stem cell rescue has not been proven yet in the first line setting compared with standard chemotherapy. HDCT role in the rescue of the first or second has not shown, many studies have been published in this situation with a lot of different regimens.
Standard 96 Well Plate: 127 mm Length, 85 mm Width, 20 mm Heigh
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Description: The HTSphere Plates unique design enables the creation of up to 12 spheroids from a single pipetting step. The HTSphere platform is used for high-throughput 3D culture of the human-mimicked tissue models in a way which is faster, more reproducible, and better suited to real-time and post experimental analysis.
Description: The membrane of this plate has a consistent physical structure with a smooth surface morphology, this makes it ideal for use in bead based assays as the microspheres do not get trapped in the membrane, allowing for efficient bead recovery. The filter plate is suggested no more than 350μL and no less than 1.2μm loading.
Description: Diamond® SureGro™ Multiple Well Plates Diamond® SureGro™ multiple well plates provide flat, consistent growing surfaces for ease of viewing and imaging of cells. With both TC treated and non-treated options and a broad range of well configurations and shapes, plates are available for adherent and suspension cell culture as well as subsequent assays. Diamond® SureGro™ multiple well plates are designed with raised rims around each well and matching single direction lids with molded rings that combine to limit evaporation and reduce the risk of cross contamination. Wells have alphanumeric markings for well identification. The plates are engineered to stack for ease of handling and space savings. • Individually packaged in protective blister packs • Virgin USP Class VI polystyrene (PS) resin • Produced in class 100,000 cleanroom • Lot number and expiration are printed on each plate • Irradiation sterilized to SAL 10-6 • RNase and DNase free • Non-pyrogenic
Description: Diamond® SureGro™ Multiple Well Plates Diamond® SureGro™ multiple well plates provide flat, consistent growing surfaces for ease of viewing and imaging of cells. With both TC treated and non-treated options and a broad range of well configurations and shapes, plates are available for adherent and suspension cell culture as well as subsequent assays. Diamond® SureGro™ multiple well plates are designed with raised rims around each well and matching single direction lids with molded rings that combine to limit evaporation and reduce the risk of cross contamination. Wells have alphanumeric markings for well identification. The plates are engineered to stack for ease of handling and space savings. • Individually packaged in protective blister packs • Virgin USP Class VI polystyrene (PS) resin • Produced in class 100,000 cleanroom • Lot number and expiration are printed on each plate • Irradiation sterilized to SAL 10-6 • RNase and DNase free • Non-pyrogenic
Description: Diamond® SureGro™ Multiple Well Plates Diamond® SureGro™ multiple well plates provide flat, consistent growing surfaces for ease of viewing and imaging of cells. With both TC treated and non-treated options and a broad range of well configurations and shapes, plates are available for adherent and suspension cell culture as well as subsequent assays. Diamond® SureGro™ multiple well plates are designed with raised rims around each well and matching single direction lids with molded rings that combine to limit evaporation and reduce the risk of cross contamination. Wells have alphanumeric markings for well identification. The plates are engineered to stack for ease of handling and space savings. • Individually packaged in protective blister packs • Virgin USP Class VI polystyrene (PS) resin • Produced in class 100,000 cleanroom • Lot number and expiration are printed on each plate • Irradiation sterilized to SAL 10-6 • RNase and DNase free • Non-pyrogenic
Description: Diamond® SureGro™ Multiple Well Plates Diamond® SureGro™ multiple well plates provide flat, consistent growing surfaces for ease of viewing and imaging of cells. With both TC treated and non-treated options and a broad range of well configurations and shapes, plates are available for adherent and suspension cell culture as well as subsequent assays. Diamond® SureGro™ multiple well plates are designed with raised rims around each well and matching single direction lids with molded rings that combine to limit evaporation and reduce the risk of cross contamination. Wells have alphanumeric markings for well identification. The plates are engineered to stack for ease of handling and space savings. • Individually packaged in protective blister packs • Virgin USP Class VI polystyrene (PS) resin • Produced in class 100,000 cleanroom • Lot number and expiration are printed on each plate • Irradiation sterilized to SAL 10-6 • RNase and DNase free • Non-pyrogenic
Description: This product includes one 96-well plate with 96 protein folding solutions, 0.5 ml in each well of the mother plate; 1.4 ml of Inclusion Body Solubilizer; 4 ml of Neutralizer. Each experiment uses 0.1 ml of the solutions from the mother plate. Each mother plate contains 0.5 ml of solutions in each well and can be used for multiple experiments of folding various proteins.
Description: These 96-well microtitration plates are offered for general (non-tissue culture) applications including microbiology and serology. Made from high optic transmission grade polystyrene, the microtest plates are arranged in a standard 12x8 configuration and have alpha-numeric position markings. Optional lids are also available. Both plates and lids can be purchased sterile or non-sterile.
Description: These 96-well microtitration plates are offered for general (non-tissue culture) applications including microbiology and serology. Made from high optic transmission grade polystyrene, the microtest plates are arranged in a standard 12x8 configuration and have alpha-numeric position markings. Optional lids are also available. Both plates and lids can be purchased sterile or non-sterile.
Description: These 96-well microtitration plates are offered for general (non-tissue culture) applications including microbiology and serology. Made from high optic transmission grade polystyrene, the microtest plates are arranged in a standard 12x8 configuration and have alpha-numeric position markings. Optional lids are also available. Both plates and lids can be purchased sterile or non-sterile.
Description: These 96-well microtitration plates are offered for general (non-tissue culture) applications including microbiology and serology. Made from high optic transmission grade polystyrene, the microtest plates are arranged in a standard 12x8 configuration and have alpha-numeric position markings. Optional lids are also available. Both plates and lids can be purchased sterile or non-sterile.
Description: These 96-well microtitration plates are offered for general (non-tissue culture) applications including microbiology and serology. Made from high optic transmission grade polystyrene, the microtest plates are arranged in a standard 12x8 configuration and have alpha-numeric position markings. Optional lids are also available. Both plates and lids can be purchased sterile or non-sterile.
Description: Globe Scientific offers an extensive line of multi-use test tubes. The tubes are molded from premium grade polystyrene for clarity or polypropylene for impact strength and stability to common acids, alkalies, and solvents. Polystyrene tubes can withstand 1500 RPM during centrifugation. Polypropylene tubes can withstand 3000 RPM and are autoclavable and freezable. Globe's broad range of sizes are sure to fit most laboratory applications.
Standard 96 Well Plate: 127 mm Length, 85 mm Width, 20 mm Heigh
Ask for price
Description: The HTSphere Plates unique design enables the creation of up to 12 spheroids from a single pipetting step. The HTSphere platform is used for high-throughput 3D culture of the human-mimicked tissue models in a way which is faster, more reproducible, and better suited to real-time and post experimental analysis.
Standard 96 Well Plate: 127 mm Length, 85 mm Width, 20 mm Heigh
Ask for price
Description: The HTSphere Plates unique design enables the creation of up to 12 spheroids from a single pipetting step. The HTSphere platform is used for high-throughput 3D culture of the human-mimicked tissue models in a way which is faster, more reproducible, and better suited to real-time and post experimental analysis.
Description: Globe Scientific® PCR Plates are offered in a variety of formats including no skirt, half skirt and full skirt variants in 0.1mL (low profile) and 0.2mL volumes. Available 384 well variants round out this expansive offering. Globe offers a PCR plate compatible most all commercially available PCR and qPCR instruments. FEATURES: • Ultra-thin wall design (only 0.2mm thick) for optimal temperature transfer • Ultra-clear wells for easy sample visualization • Compatibility across a broad range of thermal cyclers • Easy-to-read alphanumeric indexing • Manufactured from high-clarity, ultra-pure polypropylene (meets FDA 21 CFR 177.1520 & USP Class VI) • Certified free of detectable DNase, RNase, Human DNA, PCR inhibitors and tested Pyrogen-free • Raised well rims for optimal sealing with strip caps, sealing mats, or sealing film • No skirt, half skirt and full skirt plates available in a variety of formats • 0.1mL low profile, standard 0.2mL and 384 well variants • Barcoding options available as special order • Made in the USA
Description: Globe Scientific® PCR Plates are offered in a variety of formats including no skirt, half skirt and full skirt variants in 0.1mL (low profile) and 0.2mL volumes. Available 384 well variants round out this expansive offering. Globe offers a PCR plate compatible most all commercially available PCR and qPCR instruments. FEATURES: • Convenient cuttable no skirt plate is ideal when performing more reactions than a strip tube allows, but less than a full plate requires!Ultra-thin wall design (only 0.2mm thick) for optimal temperature transfer • Ultra-clear wells for easy sample visualization • Compatibility across a broad range of thermal cyclers • Easy-to-read alphanumeric indexing • Manufactured from high-clarity, ultra-pure polypropylene (meets FDA 21 CFR 177.1520 & USP Class VI) • Certified free of detectable DNase, RNase, Human DNA, PCR inhibitors and tested Pyrogen-free • Raised well rims for optimal sealing with strip caps, sealing mats, or sealing film • No skirt, half skirt and full skirt plates available in a variety of formats • 0.1mL low profile, standard 0.2mL and 384 well variants • Barcoding options available as special order • Made in the USA
Description: Globe Scientific® PCR Plates are offered in a variety of formats including no skirt, half skirt and full skirt variants in 0.1mL (low profile) and 0.2mL volumes. Available 384 well variants round out this expansive offering. Globe offers a PCR plate compatible most all commercially available PCR and qPCR instruments. FEATURES: • Convenient cuttable no skirt plate is ideal when performing more reactions than a strip tube allows, but less than a full plate requires!Ultra-thin wall design (only 0.2mm thick) for optimal temperature transfer • Ultra-clear wells for easy sample visualization • Compatibility across a broad range of thermal cyclers • Easy-to-read alphanumeric indexing • Manufactured from high-clarity, ultra-pure polypropylene (meets FDA 21 CFR 177.1520 & USP Class VI) • Certified free of detectable DNase, RNase, Human DNA, PCR inhibitors and tested Pyrogen-free • Raised well rims for optimal sealing with strip caps, sealing mats, or sealing film • No skirt, half skirt and full skirt plates available in a variety of formats • 0.1mL low profile, standard 0.2mL and 384 well variants • Barcoding options available as special order • Made in the USA
Description: Globe Scientific® PCR Plates are offered in a variety of formats including no skirt, half skirt and full skirt variants in 0.1mL (low profile) and 0.2mL volumes. Available 384 well variants round out this expansive offering. Globe offers a PCR plate compatible most all commercially available PCR and qPCR instruments. FEATURES: • Convenient cuttable no skirt plate is ideal when performing more reactions than a strip tube allows, but less than a full plate requires!Ultra-thin wall design (only 0.2mm thick) for optimal temperature transfer • Ultra-clear wells for easy sample visualization • Compatibility across a broad range of thermal cyclers • Easy-to-read alphanumeric indexing • Manufactured from high-clarity, ultra-pure polypropylene (meets FDA 21 CFR 177.1520 & USP Class VI) • Certified free of detectable DNase, RNase, Human DNA, PCR inhibitors and tested Pyrogen-free • Raised well rims for optimal sealing with strip caps, sealing mats, or sealing film • No skirt, half skirt and full skirt plates available in a variety of formats • 0.1mL low profile, standard 0.2mL and 384 well variants • Barcoding options available as special order • Made in the USA
Description: Globe Scientific PCR Plates are offered in a variety of formats including no skirt, half skirt, and full skirt variants in 0.1mL (low profile) and 0.2mL volumes. Available 384 well variants round out this expansive offering. Globe offers a PCR plate compatible for most comercially available PCR and qPCR instruments. Features: Ultra-thin wall design (0.2mm thick) for optimal temperature transfer Ultra-clear wellls for easy sample visualization Compatibility across a broad range of thermal cyclers Easy-to-read alphanumeric indexing Manufactured from high-clarity, ultra-pure polypropylene (meets FDA 21 CFR 177.1520 & USP Class VI) Certified free of detectable DNase, RNase, Human DNA, PCR inhibitors, and tested Pyrogen-free Raised well rims for optimal sealing with strip caps, sealing mats, or sealing film No skirt, half-skirt and full skirt plates available in a variety of formats 0.1mL low profile, standard 0.2mL and 384 well variants Barcoding options available as special order
Description: Globe Scientific® PCR Plates are offered in a variety of formats including no skirt, half skirt and full skirt variants in 0.1mL (low profile) and 0.2mL volumes. Available 384 well variants round out this expansive offering. Globe offers a PCR plate compatible most all commercially available PCR and qPCR instruments. FEATURES: • Convenient cuttable no skirt plate is ideal when performing more reactions than a strip tube allows, but less than a full plate requires!Ultra-thin wall design (only 0.2mm thick) for optimal temperature transfer • Ultra-clear wells for easy sample visualization • Compatibility across a broad range of thermal cyclers • Easy-to-read alphanumeric indexing • Manufactured from high-clarity, ultra-pure polypropylene (meets FDA 21 CFR 177.1520 & USP Class VI) • Certified free of detectable DNase, RNase, Human DNA, PCR inhibitors and tested Pyrogen-free • Raised well rims for optimal sealing with strip caps, sealing mats, or sealing film • No skirt, half skirt and full skirt plates available in a variety of formats • 0.1mL low profile, standard 0.2mL and 384 well variants • Barcoding options available as special order • Made in the USA
Description: Globe Scientific PCR Plates are offered in a variety of formats including no skirt, half skirt, and full skirt variants in 0.1mL (low profile) and 0.2mL volumes. Available 384 well variants round out this expansive offering. Globe offers a PCR plate compatible for most comercially available PCR and qPCR instruments. Features: Ultra-thin wall design (0.2mm thick) for optimal temperature transfer Ultra-clear wellls for easy sample visualization Compatibility across a broad range of thermal cyclers Easy-to-read alphanumeric indexing Manufactured from high-clarity, ultra-pure polypropylene (meets FDA 21 CFR 177.1520 & USP Class VI) Certified free of detectable DNase, RNase, Human DNA, PCR inhibitors, and tested Pyrogen-free Raised well rims for optimal sealing with strip caps, sealing mats, or sealing film No skirt, half-skirt and full skirt plates available in a variety of formats 0.1mL low profile, standard 0.2mL and 384 well variants Barcoding options available as special order
Description: Globe Scientific® PCR Plates are offered in a variety of formats including no skirt, half skirt and full skirt variants in 0.1mL (low profile) and 0.2mL volumes. Available 384 well variants round out this expansive offering. Globe offers a PCR plate compatible most all commercially available PCR and qPCR instruments. FEATURES: • Convenient cuttable no skirt plate is ideal when performing more reactions than a strip tube allows, but less than a full plate requires!Ultra-thin wall design (only 0.2mm thick) for optimal temperature transfer • Ultra-clear wells for easy sample visualization • Compatibility across a broad range of thermal cyclers • Easy-to-read alphanumeric indexing • Manufactured from high-clarity, ultra-pure polypropylene (meets FDA 21 CFR 177.1520 & USP Class VI) • Certified free of detectable DNase, RNase, Human DNA, PCR inhibitors and tested Pyrogen-free • Raised well rims for optimal sealing with strip caps, sealing mats, or sealing film • No skirt, half skirt and full skirt plates available in a variety of formats • 0.1mL low profile, standard 0.2mL and 384 well variants • Barcoding options available as special order • Made in the USA
Description: Globe Scientific® PCR Plates are offered in a variety of formats including no skirt, half skirt and full skirt variants in 0.1mL (low profile) and 0.2mL volumes. Available 384 well variants round out this expansive offering. Globe offers a PCR plate compatible most all commercially available PCR and qPCR instruments. FEATURES: • Convenient cuttable no skirt plate is ideal when performing more reactions than a strip tube allows, but less than a full plate requires!Ultra-thin wall design (only 0.2mm thick) for optimal temperature transfer • Ultra-clear wells for easy sample visualization • Compatibility across a broad range of thermal cyclers • Easy-to-read alphanumeric indexing • Manufactured from high-clarity, ultra-pure polypropylene (meets FDA 21 CFR 177.1520 & USP Class VI) • Certified free of detectable DNase, RNase, Human DNA, PCR inhibitors and tested Pyrogen-free • Raised well rims for optimal sealing with strip caps, sealing mats, or sealing film • No skirt, half skirt and full skirt plates available in a variety of formats • 0.1mL low profile, standard 0.2mL and 384 well variants • Barcoding options available as special order • Made in the USA
Outside of clinical trials, HDCT remain an option in salvage therapy, depending on many factors including prognostics factors, previous therapy, the general conditions and consideration of referral centers for selecting eligible patients who can benefit most of these approaches. The results of TIGER international randomized trial will provide evidence-based information for HDCT strategy.
Summer
