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Table 1 Summary of In vitro studies and results

From: Oncogenic functions and clinical significances of DCLK1 isoforms in colorectal cancer: a systematic review and meta-analysis

Author, year, Country

Cell line

Isoform

Results

Gao, T. 2016, China

SW480

DCLK1-L/S

High expression of DCLK1 led to: Promote the migration and invasion

Decrease in E cadherin expression, however enhanced the expression of Vimentin and ZEB1, which are mesenchymal markers

O'Connell, M. R. 2015, USA

HEK293 and HCT116

DCLK1-S

Identify specific functions of DCLK1 isoforms: Proposed an alternative β-promoter activator, known as NF-κBp65, that aids us in preventing colon cancer by DCLK1-S, which might be a critical target

Roy, B. C. 2019, USA

HCT116 and SW480

DCLK1-L/S

Examined the presence of autophagy: Increased DCLK1 promoter activity followed by co-localization of p62/Dclk1, which is led to inhibit DCLK1’s removal

Sarkar, S. 2017, USA

HEK293, HCT116, COLO-205, RKO, COLO-320, SW1417, CCD841

DCLK1-S

High expression of DCLK1-S resulted in decreased FOXD3 that led to increase invasive potential in cells

Sarkar, S. 2017, USA

HEK293, HCT116, COLO-205

DCLK1-S

Generating PS41014 antibody, an anti DCLK1-S antibody, which could be used to assess CRC risk

Suehiro, Y. 2018, Japan

COLO-320

DCLK1-L

Proposed combination of LRRK, a DCLK1 inhibitor, and 5-FU as a potential treatment

Vedeld, H. M. 2014, Norway

6 bile duct, 4 urinary bladder, 8 breast, 19 colon, 2 gall bladder, 4 gastric, 4 kidneys, 3 leukemia, 4 lung, 1 MPNST, 4 ovarian, 6 pancreatic, 1 prostate, 4 testis, and 4 uterus cancer cell lines

DCLK1-L

Established that hypermethylation of DCLK1 promoter could be an early detection biomarker in CRC

Venugopal, A. 2017, USA

HCT 116 and DLD-1

N/A

Promote self-renewal ability of CRC cells

Weygant, N. 2016, USA

SW480

DCLK1-L

Upregulation of DCLK1, promote EMT of CRC cells as determined

Weygant, N. 2014, USA

HCT116, HT-29, and DLD-1

DCLK1-L/S

Inhibition DCLK1 by LRRK2-IN-1

LRRK2-IN-1 inhibits proliferation

DCLK1 promotes resistance to LRRK2-IN-1

Westphalen, C. B. 2014, USA

SW105

R26-Tom, R26-TGFP, or R26-DTA mice

DCLK1-L

Promote quiescence and tumor initiating in CRC cells

Makino, S. 2020 Japan

SW480, HCT116

DCLK1-L/S

Detecting high expression of DCLK1:

Established the invasion and migration role of DCLK1 in CRC cells as determined

DCLK1 upregulation induce EMT in CRC cells

Found the positive correlation between DCLK1 and TRIB3

Found the effectiveness of combination therapy L-OHP with LRRK2

Mohammadi, Y. 2018 Iran

SW-48 and HCT-116

N/A

High expression of DCLK1 promote invasion and migration and decrease apoptosis and sphere forming ability in CRC cells

Chandrakesan, P. 2015, USA

ApcMin/+ mice IEC

N/A

Promote self-renewal ability of CRC cells

Chandrakesan, P. 2014, USA

ApcMin/+ mice IEC

N/A

Established that DCLK1 upregulation promote EMT, pluripotency, and self-renewal ability of CRC cells

Sureban, S. M. 2020, USA

HT29, HCT116, and LoVo

DCLK1-L/S

Application of DCLK1 as a molecular target in monoclonal antibody-based CAR-T cell therapy, which could be induce cytotoxicity

Suggesting that high surface expression of DCLK1 is associated with increased cologenic capacity of CRC cells

Sureban, S. M. 2011, USA

HCT-116

DCLK1-L

Application of DCLK1 as a molecular target in nanoparticle (NP)-siDCAMKL-1therapy

Wu, X. 2016, China

SW480 and SW620

DCLK1-L

Establishing the combination therapy of 5-FU with XAV939 led to downregulation of DCLK1 in CRC cells

Dai, T. 2018, China

NCM460 and HCT116

DCLK1-L DCLK1-S

Isoform specific function of DCLK1 by generating monoclonal antibodies

Mohammadi, C. 2021, Iran

HCT-116

N/A

High expression of DCLK1 promote EMT and cell proliferation, decreased apoptosis

Park, S. Y. 2019, Korea

HCT116, HT29, SW480

DCLK1-L

DCLK1-S

Induce cancer stemness by confining the LEF1/DCLK1 axis through niclosamide

May, R. 2009, USA

SW480

DCLK1-L

Introduce DCLK1 as a cell surface marker

Li, L. 2019, USA

HCT116, WT

N/A

DCLK1 upregulation induce chemoresistance with 5-FU treatment by inhibiting apoptosis activity

Li, L. 2013, USA

HCT116

DCLK1-L

Induce apoptosis and self-renewal ability of CRC cells by FACS, ELDA, qRT-PCR

Lu, Y. 2018, Japan

HCT116, HEK293FT, H1299, MCF10A

N/A

Dclk1 induce DNA damage assessed

DCLK1 promotes cell proliferation