SEC延迟对金丝雀现货莱特币（LTC）ETF提案的决定

美国证券交易委员会（SEC）进一步推迟了Canary Capital对现货Litecoin（LTC）交易所交易基金（ETF）的建议。

The U.S. Securities and Exchange Commission (SEC) has again postponed making a decision on Canary Capital’s proposal for a spot Litecoin (LTC) exchange-traded fund (ETF).

美国证券交易委员会（SEC）再次推迟了Canary Capital对现货Litecoin（LTC）交易所交易基金（ETF）的建议。

The agency is now asking for public comments on the proposal's compliance with SEC regulations.

该机构现在征求公众对该提案遵守SEC法规的评论。

"In particular, the Commission seeks comment on whether the proposal to list and trade Shares of the Trust, which would hold LTC, is designed to prevent fraudulent and manipulative acts and practices or raises any new or novel concerns not previously contemplated by the Commission," the SEC stated.

SEC说：“特别是，委员会寻求评论，旨在防止欺诈性和操纵性的行为和实践，或提出委员会以前未考虑的任何新的或新颖的问题，旨在防止欺诈性和操纵性的行为和实践，旨在防止欺诈性和操纵性的行为和实践。”

Canary Capital, founded by former Valkyrie Funds co-founder Steven McClurg last year, initially submitted paperwork for the fund in October.

Canary Capital于去年由前女武神基金会联合创始人史蒂文·麦克卢格（Steven McClurg）创立，最初于10月为该基金提交了文书工作。

LTC, valued at a $6.6 billion market cap, is the native cryptocurrency of Litecoin, an open-source blockchain project whose code is derived from Bitcoin's (BTC).

LTC的市值为66亿美元，是Litecoin的本地加密货币，Litecoin是一个开源区块链项目，其代码源自比特币（BTC）。

Experts at Bloomberg Intelligence had anticipated Litecoin to be the next token to feature in an ETF as rumors of Canary Capital receiving feedback from the SEC on their application surfaced back in January.

彭博情报公司（Bloomberg Intelligence）的专家预计，莱特币（Litecoin）将成为ETF中的下一个代币，因为Canary Capital在一月份收到了SEC的Canary Capital在其申请中收到反馈的谣言。

Issuers are still awaiting the first significant crypto ETF decision made by newly appointed SEC chair Paul Atkins, who assumed the role in April.

发行人仍在等待新任命的SEC主席保罗·阿特金斯（Paul Atkins）做出的第一个重要的加密ETF决定，后者在4月担任该职务。

Atkins's replacement of former Chair Gary Gensler has been described as a “huge variable” by Bloomberg senior ETF analyst Eric Balchunas.

彭博高级ETF分析师埃里克·巴尔库纳斯（Eric Balchunas）将阿特金斯（Atkins）接替前主席加里·贡斯勒（Gary Gensler）被描述为“巨大变量”。