Product: Phospho-p70 S6 Kinase (Thr389/Thr412) Antibody
Catalog: AF3228
Source: Rabbit
Application: WB, IHC, IF/ICC
Reactivity: Human, Mouse, Rat, Pig
Prediction: Pig, Bovine, Horse, Sheep, Rabbit, Dog, Chicken, Xenopus
Mol.Wt.: 70kDa; 59kD(Calculated).
Uniprot: P23443
RRID: AB_2834654

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Product Info

Source:
Rabbit
Application:
WB 1:500-1:2000, IHC 1:50-1:200, IF/ICC 1:100-1:500
*The optimal dilutions should be determined by the end user.
*Tips:

WB: For western blot detection of denatured protein samples. IHC: For immunohistochemical detection of paraffin sections (IHC-p) or frozen sections (IHC-f) of tissue samples. IF/ICC: For immunofluorescence detection of cell samples. ELISA(peptide): For ELISA detection of antigenic peptide.

Reactivity:
Human,Mouse,Rat,Pig
Prediction:
Bovine(100%), Horse(100%), Sheep(100%), Rabbit(100%), Dog(100%), Chicken(100%), Xenopus(100%)
Clonality:
Polyclonal
Specificity:
Phospho-p70 S6 Kinase (Thr389/Thr412) Antibody detects endogenous levels of p70 S6 Kinase only when phosphorylated at Threonine 389/412.
RRID:
AB_2834654
Cite Format: Affinity Biosciences Cat# AF3228, RRID:AB_2834654.
Conjugate:
Unconjugated.
Purification:
The antibody is from purified rabbit serum by affinity purification via sequential chromatography on phospho-peptide and non-phospho-peptide affinity columns.
Storage:
Rabbit IgG in phosphate buffered saline , pH 7.4, 150mM NaCl, 0.02% sodium azide and 50% glycerol. Store at -20 °C. Stable for 12 months from date of receipt.
Alias:

Fold/Unfold

70 kDa ribosomal protein S6 kinase 1; KS6B1_HUMAN; p70 alpha; P70 beta 1; p70 ribosomal S6 kinase alpha; p70 ribosomal S6 kinase beta 1; p70 S6 kinase alpha; P70 S6 Kinase; p70 S6 kinase, alpha 1; p70 S6 kinase, alpha 2; p70 S6K; p70 S6K-alpha; p70 S6KA; p70(S6K) alpha; p70(S6K)-alpha; p70-alpha; p70-S6K 1; p70-S6K; P70S6K; P70S6K1; p70S6Kb; PS6K; Ribosomal protein S6 kinase 70kDa polypeptide 1; Ribosomal protein S6 kinase beta 1; Ribosomal protein S6 kinase beta-1; Ribosomal protein S6 kinase I; RPS6KB1; S6K; S6K-beta-1; S6K1; Serine/threonine kinase 14 alpha; Serine/threonine-protein kinase 14A; STK14A;

Immunogens

Immunogen:
Uniprot:
Gene(ID):
Expression:
P23443 KS6B1_HUMAN:

Widely expressed.

Description:
This gene encodes a member of the RSK (ribosomal S6 kinase) family of serine/threonine kinases. This kinase contains 2 non-identical kinase catalytic domains and phosphorylates several residues of the S6 ribosomal protein.
Sequence:
MRRRRRRDGFYPAPDFRDREAEDMAGVFDIDLDQPEDAGSEDELEEGGQLNESMDHGGVGPYELGMEHCEKFEISETSVNRGPEKIRPECFELLRVLGKGGYGKVFQVRKVTGANTGKIFAMKVLKKAMIVRNAKDTAHTKAERNILEEVKHPFIVDLIYAFQTGGKLYLILEYLSGGELFMQLEREGIFMEDTACFYLAEISMALGHLHQKGIIYRDLKPENIMLNHQGHVKLTDFGLCKESIHDGTVTHTFCGTIEYMAPEILMRSGHNRAVDWWSLGALMYDMLTGAPPFTGENRKKTIDKILKCKLNLPPYLTQEARDLLKKLLKRNAASRLGAGPGDAGEVQAHPFFRHINWEELLARKVEPPFKPLLQSEEDVSQFDSKFTRQTPVDSPDDSTLSESANQVFLGFTYVAPSVLESVKEKFSFEPKIRSPRRFIGSPRTPVSPVKFSPGDFWGRGASASTANPQTPVEYPMETSGIEQMDVTMSGEASAPLPIRQPNSGPYKKQAFPMISKRPEHLRMNL

Predictions

Predictions:

Score>80(red) has high confidence and is suggested to be used for WB detection. *The prediction model is mainly based on the alignment of immunogen sequences, the results are for reference only, not as the basis of quality assurance.

Species
Results
Score
Pig
100
Horse
100
Bovine
100
Sheep
100
Dog
100
Xenopus
100
Chicken
100
Rabbit
100
Zebrafish
0
Model Confidence:
High(score>80) Medium(80>score>50) Low(score<50) No confidence

PTMs - P23443 As Substrate

Site PTM Type Enzyme
S40 Phosphorylation
S53 Phosphorylation Q9HC98 (NEK6)
K85 Ubiquitination
K99 Ubiquitination
K104 Ubiquitination
K118 Ubiquitination
S243 Phosphorylation
T248 Phosphorylation
T250 Phosphorylation
T252 Phosphorylation P42336 (PIK3CA) , O15530 (PDPK1)
T256 Phosphorylation
S278 Phosphorylation
K304 Acetylation
K364 Ubiquitination
K370 Ubiquitination
S371 Phosphorylation
T389 Phosphorylation
T390 Phosphorylation P42345 (MTOR)
S394 Phosphorylation P06493 (CDK1) , P42345 (MTOR)
T399 Phosphorylation
S403 Phosphorylation Q9HC98 (NEK6)
T412 Phosphorylation O94768 (STK17B) , O15530 (PDPK1) , Q8TDX7 (NEK7) , Q9HC98 (NEK6) , P42336 (PIK3CA) , P42345 (MTOR) , P23443 (RPS6KB1)
Y413 Phosphorylation
S417 Phosphorylation
S421 Phosphorylation
K425 Ubiquitination
S427 Phosphorylation
S434 Phosphorylation P06493 (CDK1) , P42345 (MTOR) , P45984 (MAPK9) , P27361 (MAPK3) , P45983 (MAPK8) , P28482 (MAPK1)
S441 Phosphorylation
T444 Phosphorylation P06493 (CDK1) , P28482 (MAPK1)
S447 Phosphorylation P28482 (MAPK1) , P06493 (CDK1) , P42345 (MTOR)
K450 Ubiquitination
S452 Phosphorylation
S462 Phosphorylation
T470 Phosphorylation
K516 Acetylation
R522 Methylation

PTMs - P23443 As Enzyme

Substrate Site Source
O00418 (EEF2K) S366 Uniprot
O60825 (PFKFB2) S466 Uniprot
O94763 (URI1) S372 Uniprot
P03372 (ESR1) S167 Uniprot
P04637 (TP53) S392 Uniprot
P04792 (HSPB1) S15 Uniprot
P04792 (HSPB1) S78 Uniprot
P04792 (HSPB1) S82 Uniprot
P08151 (GLI1) S84 Uniprot
P10636-8 (MAPT) T212 Uniprot
P10636-8 (MAPT) S214 Uniprot
P10636-8 (MAPT) S262 Uniprot
P23443 (RPS6KB1) T412 Uniprot
P23588-1 (EIF4B) S422 Uniprot
P27708 (CAD) S1859 Uniprot
P35568 (IRS1) S270 Uniprot
P35568 (IRS1) S307 Uniprot
P35568 (IRS1) S527 Uniprot
P35568 (IRS1) S636 Uniprot
P35568 (IRS1) S1101 Uniprot
P42345 (MTOR) T2446 Uniprot
P42345 (MTOR) S2448 Uniprot
P49841 (GSK3B) S9 Uniprot
P62753 (RPS6) S235 Uniprot
P62753 (RPS6) S236 Uniprot
P62753 (RPS6) S240 Uniprot
P62753 (RPS6) S244 Uniprot
P62753 (RPS6) S247 Uniprot
P78371 (CCT2) S260 Uniprot
Q05195 (MXD1) S145 Uniprot
Q06787 (FMR1) S500 Uniprot
Q09161 (NCBP1) S7 Uniprot
Q09161 (NCBP1) T21 Uniprot
Q09161 (NCBP1) S22 Uniprot
Q15831-1 (STK11) S428 Uniprot
Q16873 (LTC4S) S36 Uniprot
Q53EL6 (PDCD4) S67 Uniprot
Q6R327 (RICTOR) T1135 Uniprot
Q8TB45 (DEPTOR) S286 Uniprot
Q8TB45 (DEPTOR) S287 Uniprot
Q8TB45 (DEPTOR) S291 Uniprot
Q92519 (TRIB2) S83 Uniprot
Q92934 (BAD) S99 Uniprot
Q9BY77 (POLDIP3) S383 Uniprot
Q9BY77 (POLDIP3) S385 Uniprot
Q9BYV9 (BACH2) S521 Uniprot
Q9H3D4 (TP63) S477 Uniprot
Q9H3D4 (TP63) T491 Uniprot
Q9H3D4 (TP63) S560 Uniprot
Q9UN36 (NDRG2) S332 Uniprot
Q9UN36 (NDRG2) S350 Uniprot

Research Backgrounds

Function:

Serine/threonine-protein kinase that acts downstream of mTOR signaling in response to growth factors and nutrients to promote cell proliferation, cell growth and cell cycle progression. Regulates protein synthesis through phosphorylation of EIF4B, RPS6 and EEF2K, and contributes to cell survival by repressing the pro-apoptotic function of BAD. Under conditions of nutrient depletion, the inactive form associates with the EIF3 translation initiation complex. Upon mitogenic stimulation, phosphorylation by the mammalian target of rapamycin complex 1 (mTORC1) leads to dissociation from the EIF3 complex and activation. The active form then phosphorylates and activates several substrates in the pre-initiation complex, including the EIF2B complex and the cap-binding complex component EIF4B. Also controls translation initiation by phosphorylating a negative regulator of EIF4A, PDCD4, targeting it for ubiquitination and subsequent proteolysis. Promotes initiation of the pioneer round of protein synthesis by phosphorylating POLDIP3/SKAR. In response to IGF1, activates translation elongation by phosphorylating EEF2 kinase (EEF2K), which leads to its inhibition and thus activation of EEF2. Also plays a role in feedback regulation of mTORC2 by mTORC1 by phosphorylating RICTOR, resulting in the inhibition of mTORC2 and AKT1 signaling. Mediates cell survival by phosphorylating the pro-apoptotic protein BAD and suppressing its pro-apoptotic function. Phosphorylates mitochondrial URI1 leading to dissociation of a URI1-PPP1CC complex. The free mitochondrial PPP1CC can then dephosphorylate RPS6KB1 at Thr-412, which is proposed to be a negative feedback mechanism for the RPS6KB1 anti-apoptotic function. Mediates TNF-alpha-induced insulin resistance by phosphorylating IRS1 at multiple serine residues, resulting in accelerated degradation of IRS1. In cells lacking functional TSC1-2 complex, constitutively phosphorylates and inhibits GSK3B. May be involved in cytoskeletal rearrangement through binding to neurabin. Phosphorylates and activates the pyrimidine biosynthesis enzyme CAD, downstream of MTOR. Following activation by mTORC1, phosphorylates EPRS and thereby plays a key role in fatty acid uptake by adipocytes and also most probably in interferon-gamma-induced translation inhibition.

PTMs:

Phosphorylation at Thr-412 is regulated by mTORC1. The phosphorylation at this site is maintained by an agonist-dependent autophosphorylation mechanism (By similarity). Activated by phosphorylation at Thr-252 by PDPK1. Dephosphorylation by PPP1CC at Thr-412 in mitochondrion.

Subcellular Location:

Cell junction>Synapse>Synaptosome. Mitochondrion outer membrane. Mitochondrion.
Note: Colocalizes with URI1 at mitochondrion.

Nucleus. Cytoplasm.

Cytoplasm.

Extracellular region or secreted Cytosol Plasma membrane Cytoskeleton Lysosome Endosome Peroxisome ER Golgi apparatus Nucleus Mitochondrion Manual annotation Automatic computational assertionSubcellular location
Tissue Specificity:

Widely expressed.

Subunit Structure:

Interacts with PPP1R9A/neurabin-1 (By similarity). Interacts with RPTOR. Interacts with IRS1. Interacts with EIF3B and EIF3C. Interacts with TRAF4. Interacts with POLDIP3. Interacts (via N-terminus) with IER5.

Family&Domains:

The autoinhibitory domain is believed to block phosphorylation within the AGC-kinase C-terminal domain and the activation loop.

The TOS (TOR signaling) motif is essential for activation by mTORC1.

Belongs to the protein kinase superfamily. AGC Ser/Thr protein kinase family. S6 kinase subfamily.

Research Fields

· Cellular Processes > Transport and catabolism > Autophagy - animal.   (View pathway)

· Environmental Information Processing > Signal transduction > ErbB signaling pathway.   (View pathway)

· Environmental Information Processing > Signal transduction > HIF-1 signaling pathway.   (View pathway)

· Environmental Information Processing > Signal transduction > mTOR signaling pathway.   (View pathway)

· Environmental Information Processing > Signal transduction > PI3K-Akt signaling pathway.   (View pathway)

· Environmental Information Processing > Signal transduction > AMPK signaling pathway.   (View pathway)

· Environmental Information Processing > Signal transduction > TGF-beta signaling pathway.   (View pathway)

· Environmental Information Processing > Signal transduction > Apelin signaling pathway.   (View pathway)

· Human Diseases > Drug resistance: Antineoplastic > EGFR tyrosine kinase inhibitor resistance.

· Human Diseases > Drug resistance: Antineoplastic > Endocrine resistance.

· Human Diseases > Endocrine and metabolic diseases > Insulin resistance.

· Human Diseases > Infectious diseases: Viral > Human papillomavirus infection.

· Human Diseases > Cancers: Overview > Pathways in cancer.   (View pathway)

· Human Diseases > Cancers: Overview > Proteoglycans in cancer.

· Human Diseases > Cancers: Specific types > Colorectal cancer.   (View pathway)

· Human Diseases > Cancers: Specific types > Pancreatic cancer.   (View pathway)

· Human Diseases > Cancers: Specific types > Acute myeloid leukemia.   (View pathway)

· Human Diseases > Cancers: Specific types > Breast cancer.   (View pathway)

· Human Diseases > Cancers: Specific types > Hepatocellular carcinoma.   (View pathway)

· Human Diseases > Cancers: Specific types > Gastric cancer.   (View pathway)

· Human Diseases > Cancers: Overview > Choline metabolism in cancer.   (View pathway)

· Organismal Systems > Aging > Longevity regulating pathway.   (View pathway)

· Organismal Systems > Aging > Longevity regulating pathway - multiple species.   (View pathway)

· Organismal Systems > Immune system > Fc gamma R-mediated phagocytosis.   (View pathway)

· Organismal Systems > Endocrine system > Insulin signaling pathway.   (View pathway)

References

1). Xu M et al. Rationally designed rapamycin-encapsulated ZIF-8 nanosystem for overcoming chemotherapy resistance. Biomaterials 2020 Nov;258:120308. (PubMed: 32841911) [IF=15.304]

Application: WB    Species: human    Sample: MCF-7/ADR cells

Figure 2.(b) ZIF-8 (10 µg mL−1, 24 h) did not inhibit p70S6K phosphorylation at Thr389 and mTOR phosphorylation at Ser2448 but induced the accumulation of LC3-II, suggesting ZIF-8 elicited mTOR-independent autophagy.

2). Wang L et al. Activation of integrated stress response and disordered iron homeostasis upon combined exposure to cadmium and PCB77. J Hazard Mater 2020 May 5;389:121833. (PubMed: 31837937) [IF=14.224]

Application: WB    Species: Human    Sample: HEL cells

Fig. 5. Disordered iron homeostasis and inhibited mTORC1 activity upon exposure to CdCl2 and PCB77 at low dose. (A) The relative fluorescence intensity of CAeAM for measuring LIP to reflect intracellular iron availability (n = 3–4), and (B) Representative blots of FTH1 protein content to reflect iron storage. Analyses were performed after single or combined exposure to CdCl2 and PCB77 at 1 μM for 48 h. (C) Phosphorylated S6 and total S6 content to reflect mTORC1 activity as measured by Western blot. Ratio of FTH1 to eIF2αP and ratio of pS6 to S6 in the control group were defined as 1. Analyses were performed after single or combined exposure to CdCl2 and PCB77 at 1 μM for 48 h. a- significantly different from the control group. Data were presented in mean ± SE. P < 0.05 was considered statistically significant.

3). Jing Z et al. NCAPD2 inhibits autophagy by regulating Ca2+/CAMKK2/AMPK/mTORC1 pathway and PARP-1/SIRT1 axis to promote colorectal cancer. Cancer Lett 2021 Jul 3;520:26-37. (PubMed: 34229059) [IF=9.756]

Application: WB    Species: Human    Sample: CRC cells

Fig. 2. NCAPD2 inhibited cell autophagy and disrupted autophagic flux via Ca2+/CAMKK2/AMPK/mTORC1 pathway. (A) Western blot analyses for phosphorylated mTOR (p-mTOR, S2448), phosphorylated p70S6K (p-p70S6K, T389/412), phosphorylated 4E-BP1 (p-4E-BP1, T70) and phosphorylated AKT (p-AKT, S473) in CRCC cells with different treatments as indicated. (B) Western blot of indicated proteins in cells treated with mTORC1 inhibitor Rapamycin (3 nM, 24h). (C) Immunofluorescence staining of LC3II (red) and P62 (red) in CRC cells with different treatments as indicated. Merged images represented overlays of LC3II or P62 and nuclear staining by DAPI (blue). (D) Intracellular Ca2+ levels were analyzed by flow cytometry after staining with the fluorescent probe Fluo-3, AM in CRC cells. (E) Representative Western blot gel documents of phosphorylated CAMKK2(S511), phosphorylated AMPK(T172), phosphorylated mTOR(S2448), Beclin, ATG5, P62, LC3II in CRC cells with different treatments. (F) Western blots of indicated proteins in cells treated with an inhibitor of microsomal Ca2+-ATPase Thapsigargin (1 μM, 6h) and Ca2+ chelator BAPTA-AM (10 μM, 12h) respectively. Results are shown as mean ± s.d, *P < 0.05, **P < 0.01, ***P < 0.001, based on Student’s t-test. . (For interpretation of the references to color in this figure legend, the reader is referred to the Web version of this article.)

4). Xu Q et al. Inhibition of PTP1B blocks pancreatic cancer progression by targeting the PKM2/AMPK/mTOC1 pathway. Cell Death Dis 2019 Nov 19;10(12):874 (PubMed: 31745071) [IF=9.685]

Application: WB    Species: Human    Sample: pancreatic cancer tissue

Fig. 6 The relationship between PTP1B and AMPK. a PTP1B overexpression resulted in decreased p-AMPK (alpha). b, c The negative correlation between PTP1B and p-AMPKα was showed in pancreatic cancer patient tissue samples (p < 0.001, p value was obtained by a Pearson χ2 test; scale bar, 200 μm and 50 μm). d PTP1B inhibition either by shRNAs or by LXQ46 increased the phosphorylation of PKM2. e, f The inactivated PKM2 resulted in increased phosphorylation of AMPKα and decreased the phosphorylation of PRAS40, causing the inhibition of mTOC1 activity. g PTP1B inhibition caused AMPK activation and decreased p-p70S6K in vivo (scale bar, 200 and 50 μm).

5). Yu Y et al. Design, Synthesis, and Biological Evaluation of Imidazo[1,2-a]pyridine Derivatives as Novel PI3K/mTOR Dual Inhibitors. J Med Chem 2020 Mar 26;63(6):3028-3046 (PubMed: 32069401) [IF=8.039]

Application: WB    Species: Human    Sample: HCT116 and HT-29 cells

Figure 5. Effects of 15a on pAKT, AKT, p-p70S6K, and p70S6K in HCT116 and HT-29 cells. HCT116 cells and HT-29 cells were treated at the indicated concentrations of 15a for 24 h. The expression levels of AKT, p70S6K, and their phosphorylated forms were analyzed by Western blotting. GAPDH was used as a loading control.

6). Zhuo J et al. Patchouli alcohol protects against chronic unpredictable mild stress-induced depressant-like behavior through inhibiting excessive autophagy via activation of mTOR signaling pathway. Biomed Pharmacother 2020 Mar 31;127:110115 (PubMed: 32244196) [IF=7.419]

Application: WB    Species: rat    Sample: hippocampus

Fig. 5.| The effect of PA on the level of expression of p-p70S6K protein in the hippocampus. (A) The effect of PA on p-p70S6K and p70S6K protein levels in hippocampus were investigated by western blot analysis.

7). Shen F et al. CEMIP promotes ovarian cancer development and progression via the PI3K/AKT signaling pathway. Biomed Pharmacother 2019 Mar 26;114:108787 (PubMed: 30925458) [IF=7.419]

8). Chen N et al. Carbohydrate response element‐binding protein regulates lipid metabolism via mTOR complex1 in diabetic nephropathy. J Cell Physiol 2020 Jun 24. (PubMed: 32583421) [IF=6.513]

Application: WB    Species: mice    Sample: kidneys

FIGURE 4 ChREBP deficiency suppresses oxidative stress and mTORC1 activation in diabetic kidneys. (a) The expression of TXNIP and Nox4 protein was evaluated by western blot (n = 5). (b) Immunohistochemical staining of kidney sections with 8‐OHdG antibody in diabetic mice (Bar = 50 μm, n = 6). (c) The expression levels of phospho‐mTOR (Ser2448), mTOR, phospho‐S6K (Thr389/412), S6K, phospho‐eIF4EBP1 (Thr70), and eIF4EBP1 were detected by western blot (n = 4). (d) Immunofluorescence staining of phospho‐mTOR (Ser2448) and immunohistochemical staining of phospho‐S6K (Thr389/412) in the renal tissues of mice (Bar = 50 μm; n = 6). Values are expressed as mean ± SD. **p < .01 versus nondiabetic ChREBP+/+ group; ChREBP, carbohydrate response element‐binding protein; mTORC, mammalian target of rapamycin complex; #p < .05; ##p < .01 versus diabetic ChREBP+/+ group

Application: IHC    Species: mice    Sample: kidneys

FIGURE 4 ChREBP deficiency suppresses oxidative stress and mTORC1 activation in diabetic kidneys. (a) The expression of TXNIP and Nox4 protein was evaluated by western blot (n = 5). (b) Immunohistochemical staining of kidney sections with 8‐OHdG antibody in diabetic mice (Bar = 50 μm, n = 6). (c) The expression levels of phospho‐mTOR (Ser2448), mTOR, phospho‐S6K (Thr389/412), S6K, phospho‐eIF4EBP1 (Thr70), and eIF4EBP1 were detected by western blot (n = 4). (d) Immunofluorescence staining of phospho‐mTOR (Ser2448) and immunohistochemical staining of phospho‐S6K (Thr389/412) in the renal tissues of mice (Bar = 50 μm; n = 6). Values are expressed as mean ± SD. **p < .01 versus nondiabetic ChREBP+/+ group; ChREBP, carbohydrate response element‐binding protein; mTORC, mammalian target of rapamycin complex; #p < .05; ##p < .01 versus diabetic ChREBP+/+ group

9). Chen Y et al. Functional characterization of DLK1/MEG3 locus on chromosome 14q32.2 reveals the differentiation of pituitary neuroendocrine tumors. Aging (Albany NY) 2020 Dec 29;13(1):1422-1439. (PubMed: 33472171) [IF=5.955]

Application: WB    Species: Rat    Sample: GH3 cell

Figure 5 Effect of anit-DLK1 antibody on the bioactivity of PitNET cell lines. (A) Western blot assay measured the levels of DLK1 and PIT1 in GH3 cell line, MMQ cell line and ATT20 cell line. (B) Anti-DLK1 antibody inhibited the cell viability of GH3 cells in the dose- and time-dependent manner, not MMQ cells or ATT20 cells. (C) Anti-DLK1 antibody inhibited the secretion of GH/IGF-1 in GH3 cells, not PRL in MMQ cells and ACTH in ATT20 cells. (D) Clone forming experiment showed the anti-DLK1 antibody promoted the cell proliferation in GH3 cell line. (E) Confocal experiment showed DLK1 regulated the level of PIT1 in GH3 cell line. (F) Western blot experiment showed Anti-DLK1 antibody activated the mTOR pathway in GH3 cell line. *compare to control group P<0.05 **P<0.01 ***P<0.001.

10). Sumi K et al. α-Hydroxyisocaproic Acid Decreases Protein Synthesis but Attenuates TNFα/IFNγ Co-Exposure-Induced Protein Degradation and Myotube Atrophy via Suppression of iNOS and IL-6 in Murine C2C12 Myotube. Nutrients 2021 Jul 13;13(7):2391. (PubMed: 34371902) [IF=5.717]

Application: WB    Species: mouse    Sample: C2C12

figure 2. |The effects of HICA on the intracellular signaling pathways. A typical image for a capillary immunoassay is shown (A).

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