2128
Cryptocurrencies
$ 269.44B
Market Cap
$ 45.16B
24h Volume
66.34%
BTC Dominance
Stem Cell Coin [SCC]
 
Rank: 505
Token: NEO
Healthcare
$ 0.0131
-24.08
Ƀ 0.00000131
-21.94
Ξ 0.0000705
-22.40

The STEM CELL PROJECT combines AI and blockchain to create a special technology for quick and accurate production of stem cells.

Market Cap

$ 4,191,932
Ƀ 420
ATH: $ 22,982,709 

24h Trade Volume

$ 2,868
Ƀ 0.287
SCC 219,397

Supply

Circulating:
SCC 320,658,118
Total:
SCC 5,000,000,000
Max:
SCC 5,000,000,000

All-Time-High (ATH) Price

$ 0.0717 (05 Jun 2019)
Ƀ 0.00000913 (05 Jun 2019)
Ξ 0.000317 (14 May 2019)
From ATH: -81.8%

Stem Cell Coin (SCC) is a cryptocurrency token generated on the NEO blockchain.

The total supply of Stem Cell Coin that will ever be issued is 5.00 Billions tokens, and the current supply of SCC in circulation is 320.66 Millions tokens.

Current Stem Cell Coin price is $ 0.0131 moved down to -24.1% for the last 24 hours.

All time high (ATH) price of Stem Cell Coin reached $ 0.0717 on 5 Jun 2019 and fallen -81.8% from it.

Stem Cell Coin's share of the entire cryptocurrency market is 0.00% with the market capitalization of $ 4.19 Millions.

Stem Cell Coin’s 24 trading volume is $ 2.87 Thousands. It is trading on 4 markets and 2 Exchanges .

Find more details about Stem Cell Coin cryptocurrency at the official website and on the block explorer.

Stem Cell Coin Price Chart

Stem Cell Coin price Index provides the latest SCC price in US Dollars , BTC and ETH using an average from the world's leading crypto exchanges.

The Stem Cell Coin to USD chart is designed for users to instantly see the changes that occur on the market and predicts what will come next.

SCC to USD Converter

SCC

Stem Cell Coin Performance USD

PeriodChangeChange (%)HighLow
24H-$ 0.00415-24.1%$ 0.0172$ 0.0111
7D$ 0.0031531.8%$ 0.0173$ 0.00865
1M$ 0.0004333.43%$ 0.0301$ 0.00529
3M-$ 0.0343-72.4%$ 0.0716$ 0.00529

What is Stem Cell Coin

The STEM CELL PROJECT creates a special technology for quick and accurate production of stem cells, so that mass processing becomes possible.