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No, but the reason for it is one of safety, not morality:
Every bacteria, virus, fungus or other germ that can contaminate that lab and that meat is already adapted to hurt me, there is no species barrier. Nature generally abhors cannibalism because of this.
Now if you grow it in a lab, that might not be too much of a risk, but once you enter capitalist industrial production there are numerous incentives to cut corners and increase the risk of contamination.
Contamination also exists in factory farming, but at least there, there's a species barrier and the impact of that cannot be overstated.
Alternatively, you'll create a swamp of human meat factory farms that use huge amounts of antiviral, antifungal and antibiotic agents and just get soooooo much more effective in training multi-resistant germs, already adapted to human tissue.
There are a few things to unpack here.
First, most of the bacteria, et al. that we have to worry about right now from meat production and consumption are already well-adapted to human hosts. The solution, in most cases, is to adequately cook the meat, and to practice very basic food safety at home. Most food-borne illnesses are the result of inadequate cooking time and temperature. Other toxins--like botulism--are actually a biproduct of bacteria that colonize meat during putrefaction; you can kill the bacteria that produce the botulism toxin, but once it's present, there's not a lot you can do. (This is why you refrigerate meat. Clostridium botulinum reproduction is primarily room temperature, and anaerobic, so it's mostly a problem with canned goods that weren't sterilized properly during canning.)
The same solution to bacterial contamination in meat now would be the most effective solution for any lab-grown meat: cook your food correctly.
I think that it's unlikely that, aside from cleaning agents, that you would need antibacterial/antifungal/virucidal agents in producing lab-grown meat of any kind. Many of the most effective cleaning agents work because there's no way to evolve protections against them. 70% isopropyl alcohol for instance; any resistance that bacteria evolved would also severely inhibit their ability to have any other functions. You can use radiation, or heat + steam (or even dry heat) to sterilize all of your equipment prior to introducing cells, and you have more control over the nutrient bath that it grows in. Depending on the nutrient bath, you can sterilize that by filtration; .22μm filtration is the standard for sterilizing IV and IM compounded medications. (.22μm is smaller than all bacteria, and many viruses. Molecules will still pass through that filter pore size though. You can also get filters down to .15μm if you need to remove more viruses.) Cows, chickens, etc. use so many antibacterials because they aren't able to put them in ideal conditions and maintain the desired production levels.
I think that the lack of a species barrier is a far, far smaller risk than you might believe it to be.
BUT.
I think that there is one enormous risk: prions. Misfolded proteins are exceptionally hard to detect, and anything that denatures them will denature other proteins as well. The risk is likely very, very low, given how uncommon prion diseases are, but it's definitely a risk when you can grow a culture indefinitely.
Typically the major threats from canniblism are bacteria, viruses, fungus, parasites and prions. The bacteria, viruses, fungus and parasites shouldn't exist under properly maintained lab conditions. But prions are just misfolded proteins. They happen rarely and typically they are quarantined in the cell they were produced in. A number of things have to go very, very wrong for them to get out into your body from your own cells. However, eating and digesting cells can let out the prions they contain. Once they get out they'll start triggering other proteins to misfold but only if the right materials are present and if the prion came from human tissue you can be sure they are.
The human immune system is incredible, it has impressive countermeasures for almost anything you could think of. Heck it'll even attack solid objects that get stuck inside you. If you get shot by a bullet and don't get it removed (not recommended) your body will layer by layer eat that bullet. Slowly dissolving it and passing it into your blood so your kidneys can filter it and you can piss out that bullet over the course of decades. (Though having a bunch more metal in your blood causes its own problems). Your body has a response to just about everything including cancer which to get anywhere has to have some mutations to deceive your immune system.
Your body has no answer to prions whatsoever. Your body puts up no fight. If you are infected by a prion disease you are going to die. There is no vaccine, no cure, no treatment.
Once symptoms appear you'll have at most a few years if your very lucky but more likely a few months. Most prion diseases attack the brain. (side note; don't eat the brains of any animal regardless of circumstances)
Will perfectly sterile lab conditions eliminate prions as a concern? No If anything it might be possible that growing the meat artificially might result in more misfolded proteins. I'd still happily eat lab-grown animal meat. But lab-grown human meat? No thank you