E1A-E1B Lentivirus, High Titer
Cat. No.
LV652
Unit
10 x 100 µl
Price
$755.00
Specifications
| Cat. No. | LV652 |
| Name | E1A-E1B Lentivirus, High Titer |
| Price | $755.00 |
| Unit | 10 x 100 µl |
| Description |
High titer recombinant Adenoviral E1A-E1B Lentivirus (10 9 IU/ml) |
| Application |
Immortalize a wide range of primary rodent cells, including amniotic fluid cells, primary epithelial cells, fibroblasts, and primary kidney cells. |
| Expression System Type | Lentivirus |
| Vector Map | pLenti-E1A-E1B |
| Note |
*For for-profit organizations and corporations, the purchase price is 1.5 times the listing price. |
| Caution |
NOT FOR RESALE without prior written consent of abm. This product is distributed for laboratory research only. Caution: Not for diagnostic use. |
STR
There are no STR for this product yet!
FAQs
| How are endotoxin levels measured? | |
|
1. For estimating the endotoxin levels; we use the LAL (Limulus Amebocyte Lysate) method: The lysate from horseshoe crab amebocytes clots in the presence of very low endotoxin. This reaction is the basis of the Limulus amebocyte lysate (LAL) assay which was approved by the FDA in 1970.
· Endotoxin is generally measured in Endotoxin Units per milliliter (EU/mL).
· For recombinant proteins: EU is reported per microgram of protein.
· One EU = 0.1-0.2 ng endotoxin/µg of protein.
· At abm, we do the LAL chromogenic assays that can detect down to 0.01 EU/ml.
|
| With regard to the BSA levels in some Growth Factors and Cytokines, can you please provide an explanation as to why they are so high? | |
|
The amount of BSA, as part of the formulation of a protein, can vary considerably depending on how much BSA was deemed optimum/necessary for protein stability in combination with /in-lieu of - other possible additives. The aforementioned formulations are somewhat analogous to the “carrier” versions of many formulations from “R and D systems” that have as high as 50 µg of BSA per µg of the recombinant protein product. If, needed or desired, abm scientists can substitute BSA for other stabilizing additives for most formulations.
|
| Are your Escherichia coli sourced growth factors: 1) Human derived materials free? 2) Recombinant proteins free? | |
|
Yes, all of abm's growth factors made in Escherichia coli using recombinant technology contain no human derived-products or other recombinant proteins. In the rare cases of BSA presence, this will be mentioned in the product's formulation.
|
References
There are no references for this product yet!
Controls and Related Product:
Other Cell Lines
Select Species:
African Green Monkey (C. aethiops)
(0)
Bat
(0)
Bat (Chiroptera)
(0)
Bee
(0)
Bottlenose Dolphin (Tursiops)
(0)
Cabbage Looper (T. ni)
(0)
Cat (Feline)
(0)
Cattle
(0)
Chicken (Galline)
(0)
Chinese Hamster (C. griseus)
(0)
Cow (Bovine)
(0)
Deer (Cervidae)
(0)
Dog (Canine)
(0)
Duck (Anas)
(0)
Duck (Anatidae)
(0)
E. coli
(0)
European Sea Bass
(0)
European Sea Bass (D. labrax)
(0)
Fall Armyworm (S. frugiperda)
(0)
Fish
(0)
Fly (D. melanogaster)
(0)
Frog (Xenopus)
(0)
Fruit Fly (D. melanogaster)
(0)
Gilthead Sea Bream (S. aurata)
(0)
Goat (Capra)
(0)
Golden Hamster (M. auratus)
(0)
Goose (Anatidae)
(0)
Green Monkey (C. aethiops)
(0)
Green Monkey (C. sabaeus)
(0)
Hamster (M. auratus)
(0)
Horse (Equine)
(0)
Human
(0)
Human (H. sapiens)
(0)
Insect
(0)
Insect (Insecta)
(0)
Killifish (F. heteroclitus)
(0)
Luciola italica
(0)
Marmoset (Primate)
(0)
Mink
(0)
Mink (N. vison)
(0)
Monkey (Primate)
(0)
Moth (S. frugiperda)
(0)
Mouse
(0)
Mouse (M. musculus)
(0)
N/A
(0)
Other
(0)
Photinus pyralis
(0)
Pig (Porcine)
(0)
Quail (Coturnix)
(0)
Rabbit (Leporidae)
(0)
Rabbit (Leporine)
(0)
Rainbow Trout (O. mykiss)
(0)
Rat (R. norvegicus)
(0)
Rat (Rattus)
(0)
Renilla reniformis
(0)
Roundworm (C. elegans)
(0)
Rous Sarcoma Virus (RSV)
(0)
SARS-CoV-2
(0)
Sheep (Ovine)
(0)
Sheep (Ovis)
(0)
Turtle
(0)
Turtle (Testudines)
(0)
Universal
(0)
Zebrafish (D. rerio)
(0)
Select Tissue:
0
(0)
Achilles Tendon
(0)
Adipose
(0)
Adrenal Gland
(0)
Adrenal Glands
(0)
Airway
(0)
Airway/Lung
(0)
Amniotic Sac
(0)
Antimesometrial Decidua
(0)
Antler
(0)
Ascites
(0)
Auditory
(0)
Bee Cell
(0)
Bile Duct
(0)
Bladder
(0)
Blood
(0)
Blood (Immune)
(0)
Blood Vessel
(0)
Bone
(0)
Bone Marrow
(0)
Brain
(0)
Breast
(0)
CAF, Tumor
(0)
Caput Epididymis
(0)
Cartilage
(0)
Cerebrospinal Fluid
(0)
Cervix
(0)
Colon
(0)
Connective Tissue
(0)
Cord Blood
(0)
Digestive
(0)
Digestive System
(0)
Ear
(0)
Embryo
(0)
embryonic
(0)
Endometria
(0)
Endometrium
(0)
Esophagus
(0)
Eye
(0)
Fallopian Tube
(0)
Fibroblast
(0)
Gingiva
(0)
Hair
(0)
Hair Follicle
(0)
Head/Neck
(0)
Heart
(0)
HeLa
(0)
Hepatocellular Carcinoma
(0)
Hippocampus
(0)
Intestinal
(0)
Intestine
(0)
Kidney
(0)
Kidney, Cortex/Proximal tubule
(0)
Labial Salivary Gland
(0)
Larynx
(0)
Liver
(0)
Lung
(0)
Lung Carcinoma
(0)
Lung, bronchus
(0)
Lymph
(0)
Lymph node
(0)
Lymphatic System
(0)
lymphoblast
(0)
Malignant melanoma
(0)
Mammary
(0)
Mesencephalic Tissue
(0)
Mesentery
(0)
Microglia
(0)
Mouth/Oral
(0)
Muscle
(0)
Myoblast
(0)
Nasal Mucosa
(0)
Nerve
(0)
Nervous System
(0)
Oesophageal
(0)
Oesophagus
(0)
Oral
(0)
Organ of Corti
(0)
Other
(0)
Ovary
(0)
Pancreas
(0)
Pancreatic
(0)
Parathyroid
(0)
Penile
(0)
Peripheral Blood
(0)
Peripheral Blood Mononuclear Cells
(0)
Peritoneal
(0)
Peritoneum
(0)
Pharynx
(0)
Pituitary
(0)
Pituitary Gland
(0)
Pituitary Tumor
(0)
Placenta
(0)
promyelocytic leukemia
(0)
Prostate
(0)
Prostate carcinoma
(0)
Renal
(0)
Reproductive
(0)
Reproductive System
(0)
Retina
(0)
Salivary Gland
(0)
Sciatic Nerve
(0)
Sertoli
(0)
Skeletal
(0)
Skeletal Muscle
(0)
Skin
(0)
Skin ; Keratinocytes
(0)
Small intestine
(0)
Smooth Muscle
(0)
Soft Tissue
(0)
Spinal
(0)
Spleen
(0)
Stem Cell
(0)
Stomach
(0)
Straitum
(0)
Sweat Gland
(0)
Tendon
(0)
Testes
(0)
Testis
(0)
Thymic
(0)
Thymus
(0)
Thyroid
(0)
Tongue
(0)
Tonsil
(0)
Trachea
(0)
Tumor
(0)
Umbilical Cord
(0)
Unknown
(0)
Urethra
(0)
Urinary Tract
(0)
Uterus
(0)
Uterus; endometrium
(0)
Vascular Endothelium
(0)
Ventral Mesencephalon
(0)
Vertebral Disc
(0)